Conference program, keynote speakers presentations and abstracts

Transcription

Conference program,
keynote speakers presentations
and abstracts
1
9h00
9h30
10h
10h30
11 h
11h30
12h
12h30
13h00
14h00
14h30
15h00
15h30
16h00
16h30
17h00
17h30
18h00
18h30
19h00
19h30
Tuesday 26th
Wednesday 27th
Thursday 28th
Monday 25th
Plenary : D. Lohse -‐ Floa&ng Plenary : B. Gil -‐ Group III-‐ Plenary : L. Reining – Opening
on Air element wurtzite nitride Fingerprints of correla0on in semiconductor
electronic spectra
Plenary : T. Giamarchi -‐ Cold Coffee break
Coffee break
Coffee break
atoms and condensed Semi-‐
p
lenary
: J
. P
ekola, S
.
Semi-‐plenary : H. Bernien, F. Semi-‐plenary : C. Lienau & ma-er: a love story
Roke & R. Valen1
Gazeau & C. F. Hirjibehedin J. Neugebauer
Coffee break
Lunch
APS Luncheon Event
Symposia 1, 2, 4, 6, 7, 8, 9, 10, 11, 13, 15, 17, 20, 21, 22, 23, 24, 25, 26, 28, 30, 38
Social Program
Coffee Special Sessions : -‐ Coffee
Researcher & entrepreneur -‐ Poster session 3
Gender Issues -‐ Scien4fic publishing
Prize Session : Ancel prize, Symposia 2, 5, 6, 9, 10, 11, Holweck prize & Europhysics 13, 15, 16, 17, 18, 19, 21, 22, prize
23, 24, 26, 27, 28, 32, 34, 36, 37 Friday 29th
Plenary : F. Van Oppen -‐ Making and manipula.ng Majorana fermions
Coffee break
Semi-‐plenary : S. Bals, P. Cordier & H. Süderow
Symposia 1, 2, 3, 8, 10, 12, Symposia 2, 3, 6, 7, 8, 9, 10, Semi-‐plenary : O. Pouliquen, Symposia 2, 4, 5, 6, 10, 11, Plenary : R. Berry -‐ Co-‐
14, 18, 23, 24, 25, 26, 28, 29, 11, 13, 14, 15, 17, 23, 24, 25, T. Rasing & A. Tredicucci
13, 15, 16, 17, 18, 19, 21, 23, opera(ve switching, turnover 30, 31, 32, 33, 34, 35, 36
26, 28, 29, 31, 33, 36
24, 25, 26, 27, 28, 32, 34 ,35, & mechano-‐chemistry in a 36, 37
biological macromolecular complex
Lunch
Lunch
Closing session
Lunch
Lunch
MC14 working lunch event
Symposia 1, 2, 3, 7, 8, 12 ,13, 14, 18, 19, 20, 23, 24, 25, 26, 29, 30, 31, 32, 33, 35
Coffee
Poster session 2
Social Program
Coffee
Poster session 1
Social Program
Conference Dinner CONFERENCE SCHEDULE OVERVIEW
Conference program
Keynote speaker presentations and abstracts
1
Conference chairman
Kees VAN DER BEEK Lab. des Solides Irradiés
Ecole Polytechnique / CNRS / CEA-‐DSM-‐IRAMIS, Palaiseau
Conference website
h;p://cmd25jmc14.scienc
esconf.org/
Dear conference delegates,
It is a true honor and pleasure to welcome you to Condensed Ma;er in Paris, which unites the 25th mee?ng of the Condensed Ma;er Division of the European Physical Society (CMD-‐25) and the 14th Journées de la Ma?ère Condensée (Condensed Ma;er Days) organized by the Condensed Ma;er Board of the French Physical Society SFP. With both conferences gathering similar audiences in consecu?ve weeks every even year, the EPS and SFP Condensed Ma;er Boards have joined efforts to organize the obvious: a single, landmark Condensed Ma;er Physics mee?ng of truly European perspec?ve. The very large response of the community, and turnout of delegates from nearly every European country and from most neighboring na?ons, confirms the need for an event of this scope. The conference program combines features from both the CMD and JMC formats. Thus, there are a limited number of plenary and semi-‐plenary presenta?ons, delivered by key scien?sts in their respec?ve fields, intended to reflect the panorama of Condensed Ma;er Research. The Symposia sessions host detailed invited and contributed presenta?ons, as well as poster presenta?ons, on your par?cular field of interest. The tradi?onal CMD prize session will be held on Wednesday aXernoon. An exhibi?on will be held alongside the conference. The organizers have a;ached much importance to the inclusion of special events concerning the en?re Condensed Ma;er Physics research community in the conference. Thus, Forum discussions on the Future of Physics Publishing, Research and Entrepreneurship, and Gender Issues and planned for Wednesday, August 27th. Social events include the welcome recep?on on Sunday August 24th, a visit of the museum of the Conservatoire Na-onal des Arts et Mé-ers, and the conference gala dinner. On behalf of all organizers, be it the Program Commi;ee, the Local Commi;ee, the SFP, and the EPS, I would like to extend my sincerest thanks to all of our sponsors, who have confided their trust in this venture. Thanks are also due to all commi;ee members, staff, and all delegates for enriching the program beyond our expecta?ons. I should also like to warmly thank all graduate students for their presence and assistance. I wish you a produc?ve and enjoyable ?me in Paris. Welcome to Condensed Ma;er in Paris CMD25 – JMC14!
Kees van der Beek
2
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20140303_JT-SPM_A4_4c_final.indd 1
03.03.2014 13:55:31
CONTENTS
Condensed MaCer in Paris Sponsors and Exhibitors....................................................................................4
Prize session..............................................................................................................................................10
Plenary sessions .......................................................................................................................................11
Thierry GIAMARCHI: Cold atoms and condensed maAer: a love story.......................................................11
Detlef LOHSE: Floa-ng on Air....................................................................................................................12
Bernard GIL: Group III-‐element wurtzite semiconductors : from materials science to quantum op-cs.....13
Lucia REINING: Fingerprints of correla-on in electronic spectra................................................................14
Felix VON OPPEN: Making and manipula-ng Majorana fermions for topological quantum computa-on 15
Richard M. BERRY : Co-‐opera-ve switching, turnover, and mechano-‐chemistry in a biological macro-‐ molecular complex ................................................................................................... 16
Semi-‐Plenary Sessions ..............................................................................................................................17
Jukka PEKOLA: Energy fluctua-ons and Maxwell's demon in an electric circuit ........................................17
Sylvie ROKE: Water, charge and living cells................................................................................................18
Roser VALENTI: Iron-‐based superconductors: An overview........................................................................19
Hannes BERNIEN: Quantum networks based on diamond spins: from long-‐distance teleporta-on to a loophole-‐free Bell test..................................................................................................20
Florence GAZEAU : Physical transforma-on of nanopar-cles in the organism: impact on nanopar-cle-‐
based therapy and imaging........................................................................................21
Cyrus HIRJIBEHEDIN: Control of single-‐spin magne-c anisotropy by exchange coupling..........................22
Olivier POULIQUEN (2014 SFP Ancel Prize): Moving in a granular medium...............................................24
Théo RASING: All-‐op-cal control of magne-sm: from fundamentals to nanoscale recording,.................25
Alessandro TREDICUCCI : Coherent absorp-on control in polaritonic systems..........................................26
Christoph LIENAU: Ultrafast Coherent Charge and Energy Transfer in Plasmonic and Light Harves-ng Systems: Taking Movies of Electronic Mo-on............................................................27
Jörg NEUGEBAUER: Materials design based on predic-ve ab ini-o thermodynamics..............................28
Sara BALS: Atomic Resolu-on Electron Tomography: Seeing Atoms in Three Dimensions.........................29
Patrick CORDIER : Plas-c Flow of high-‐pressure minerals in the Earth's mantle.......................................30
Hermann SÜDEROW: Scanning tunneling microcopy and spectroscopy of superconductors at very low temperatures..........................................................................................................31
Special sessions.........................................................................................................................................32
Working Lunch -‐ Nanomaterials I: Nanofabrica?on using focused electron and ion beams......................32
APS Luncheon Event .................................................................................................................................32
Round Table 1 : Gender Issues...............................................................................................................33
Round Table 2 : Researcher and New Entrepreneur : from an idea to a product.......................................34
Round Table 3 : Future of Physics Publishing.............................................................................................35
Symposia.......................................................................................................................................................
MC1 : Acous?cs: Recent advances in acous?c wave propaga?on, genera?on and sensing in condensed ma;er.............................................................................................................................................36
MC2 : Biophysics I: Physical morphogenesis and cell mechanics...............................................................38
MC3 : Graphene I: Graphene spintronics ..................................................................................................40
7
MC4 : Graphene II: Lavoisier discussion: "Op?cal and opto-‐electronic of carbon nanostructures" .........41
MC5 : Life-‐cycle of nanomaterials in the (bio)environment: impact on their proper?es and toxicity issue ...................................................................................................................................................................42
MC6 : Liquid Physics I: Fluids in confinement: in-‐ and out-‐of-‐equilibrium ..............................................43
MC7 : Liquid Physics II: Dynamics in water and aqueous solu?ons ..........................................................45
MC8 : Low Temperatures -‐ Superconduc?vity I: Mesoscopic superconduc?vity and quantum circuits . ..47
MC9 : Low Temperatures -‐ Superconduc?vity II: Fe-‐Based Superconductors .........................................49
MC10 : Low temperatures -‐ Quantum Physics I: Mesoscopic physics and quantum gases .....................51
MC11 : Low temperatures -‐ Quantum Physics II: Majorana Fermions in Condensed Ma;er Physics . ....53
MC12 : Macromolecular physics: Polymer brushes for nano-‐devices and bio-‐technologies ...................55
MC13 : Nanomagne?sm: Magne?za?on dynamics and spintronics .......................................................56
MC14 : Nanomaterials I: Nanofabrica?on using focused electron and ions beams .................................58
MC15 : Nanomaterials II: Thermal transport and thermodynamics in nanostructures ...........................60
MC16 : Nano-‐op?cs I: New tools and concepts for nano-‐op?cs: combining photons and electrons . .....62
MC17 : Nano-‐op?cs II: Nanoop?cs and Plasmonics ..................................................................................63
MC18 : Nano-‐op?cs III: Revealing Op?cal proper?es of nanostructured materials ..................................65
MC19 : Nano-‐phononics, Nanomechanics, and Nano-‐optomechanics ..................................................67
MC20 : Semiconductors I: Coherence proper?es in semiconductor quantum dots ...............................68
MC21 : Semiconductors II: TeraHertz (THz) Physics and Applica?ons ....................................................70
MC22 : Semiconductors III: Single Dopant Impuri?es and Quantum Informa?on .................................72
MC23 : SoX Condensed Ma;er I: Physics of Granular Media ...................................................................74
MC24 : SoX Condensed Ma;er II: SoX Interfaces .....................................................................................77
MC25 : SoX Condensed Ma;er III: Drops and emulsions versus bubbles and foams ..............................80
MC26 : Sta?s?cal challenges in Single-‐Par?cle Tracking .........................................................................82
MC27 : Physics of pharmaceu?cal amorphous solids .............................................................................84
MC28 : Structure and Dynamics I: Metals: Point and extended defects in metallic systems: thermodynamics and kine?cs ...................................................................................................85
MC29 : Structure and dynamics II: Crystal morphogenesis: from par?cle-‐mediated to polycrystalline growth ......................................................................................................................................88
MC30 : Structure and dynamics III: Molecular systems under extreme condi?ons of pressure and temperature .............................................................................................................................90
MC31 : Structure and dynamics IV: Inorganic Glasses: from Structure to Plas?city and Damage .........92
MC32 : Structure and Dynamics V: Mechanical proper?es at small scales ............................................94
MC33 : Strongly correlated systems I: Recent advances on metal-‐insulator transi?ons of correlated ma;er ..........................................................................................................................................96
MC34 : Strongly correlated systems II: Dielectric, magne?c and mul?ferroic proper?es of perovskites and related systems ............................................................................................................................98
MC35 : Strongly correlated systems III: f-‐ and d-‐ Electron Systems ........................................................100
MC36 : Theory: Density func?onal theory and beyond: Theory and applica?ons .................................101
MC37 : Topological constraints-‐Topological interac?ons ........................................................................103
MC38 : Transport phenomena impac?ng the safety and life?me of materials .......................................104
Poster session 1.......................................................................................................................................105
MC 1 : Acous?cs: Recent advances in acous?c wave propaga?on, genera?on and sensing in condensed ma;er...........................................................................................................................................105
MC 3: Graphene I: Graphene spintronics.................................................................................................106
MC 8 : Low Temperatures – Superconduc?vity I: Mesoscopic superconduc?vity and quantum circuits 106
MC 12 : Macromolecular physics: Polymer brushes for nano-‐devices and bio-‐technologies...................108
MC 14 : Nanomaterials I: Nanofabrica?on using focused electrons and ions beams..............................109
MC 18 : Nano-‐op?cs III: Revealing op?cal proper?es of nanostructured materials.................................110
MC 24 : SoX Condensed Ma;er II: SoX Interfaces...................................................................................111
MC 25 : SoX Condensed Ma;er III: Drops and emulsions versus bubbles and foams.............................111
8
MC 26 : Sta?s?cal challenges in Single-‐Par?cle Tracking.........................................................................111
MC 29 : Structure and Dynamics II: Crystal morphogenesis: from par?cle-‐mediated to polycrystalline growth........................................................................................................................................112
MC 30 : Structure and dynamics III: Molecular systems under extreme condi?ons of pressure and temperature...............................................................................................................................113
MC 31 : Structure and Dynamics IV: Inorganic glasses: from structure to plas?city and damage............114
MC 37 : Topological constraints -‐ Topological interac?ons......................................................................115
MC 38 : Transport phenomena impac?ng the safety and life?me of materials.......................................115
Poster session 2.......................................................................................................................................116
MC 2 : Biophysics I: Physical morphogenesis and cell mechanics............................................................116
MC 8: Low Temperatures – Superconduc?vity I: Mesoscopic superconduc?vity and quantum circuits. .116
MC 4 : Graphene II: Lavoisier discussion: Op?cal and opto-‐electronic of carbon nanostructures...........118
MC 5 : Life-‐Cycle of nanomaterials in the (bio)environment: impact on their proper?es and toxicity issue
.................................................................................................................................................................119
MC 7 : Liquid Physics II: Dynamics in water and aqueous solu?ons.........................................................119
MC 6 : Liquid Physics I: Fluids in confinement: in-‐ and out-‐of-‐equilibrium..............................................121
MC 9 : Low Temperatures -‐ Superconduc?vity II : Fe-‐based superconductors........................................121
MC 13 : Magne?sm: Magne?za?on dynamics and spintronics...............................................................122
MC 20 : Semiconductors I: Coherence proper?es in semiconductor quantum dots................................123
MC 21 : Semiconductors II: Terahertz Physics and Applica?ons..............................................................124
MC 28 : Structure and Dynamics I: Metals: Point and extended defects in metallic systems: thermodynamics and kine?cs....................................................................................................125
MC 35 : Strongly correlated systems III: f-‐ and d-‐electron systems..........................................................126
MC 36 : Theory: Density func?onal theory and beyond: Theory and applica?ons..................................126
Poster session 3.......................................................................................................................................127
MC 10 : Low Temperatures -‐ Quantum Physics I: Mesoscopic physics and quantum gases.....................127
MC 15 : Nanomaterials II: Thermal transport and thermodynamics in nanostructures...........................126
MC 16 : Nano-‐op?cs I: New tools and concepts in nano-‐op?cs: combining photons and electrons.......128
MC 17 : Nano-‐op?cs II: Nanoop?cs and Plasmonics................................................................................130
MC 18 : Nano-‐op?cs III: Revealing op?cal proper?es of nanostructured materials.................................132
MC 22 : Semiconductors III: Single Dopant Impuri?es and Quantum Informa?on...….............................133
MC 32 : Structure and Dynamics V: Mechanical proper?es at small scales.............................................134
MC 33 : Strongly correlated systems I: Recent advances on metal-‐insulator transi?ons of correlated ma;er........................................................................................................................................134
MC 34 : Strongly correlated systems II: Dielectric, magne?c and mul?ferroic proper?es of perovskites and related systems....................................................................................................................135
MC 36 : Theory: density func?onal theory and beyond...........................................................................136
CommiCees.............................................................................................................................................140
9
Prize session -‐ Wednesday 27th 13:30-‐16:00
Bourquelot Theater
Prize session
14:00-14:10 : 2013 Ancel Prize of the French Physical Society SFP
Laureate : Odile Stéphan (CNRS-LPS)
for her major contribu-on to the development of transmission electron microscopic and spectroscopic
techniques for the inves-ga-on of carbon nanostructures
The Ancel Prize is the major French prize for Condensed Ma;er Physics, and is awarded every year by the Société Francaise de Physique (SFP). Ins?tuted by Louis E?enne Nicolas Ancel in his wri;en will in 1908, the prize has been awarded since 1920 for “outstanding work on radia?on, and, especially on the effect of light and heat on solid bodies analogous to selenium”. The prize is accompanied by a medal.
14:10-15:00 : 2014 Holweck Prize of the SFP and the Institute of Physics
Laureate : Ramin Golestanian (Oxford Univ.)
for his pioneering contribu-ons to the development of the new research area of ac-ve so[ maAer,
par-cularly microscopic swimmers and ac-ve colloids
The Holweck Prize is a major bilateral prize for Physics, insituted in 1945 in memory of Fernand Holweck, director of the Curie Laboratory of the Radium Ins?tute in Paris, in recogni?on of his resitance to the nazi occupancy of France during the years 1940-‐44. The prize, awarded jointly by the Ins?tute of Physics (IOP) and the Société Francaise de Physique (SFP), is given for dis?nguished work in any aspect of physics that is ongoing or has been carried out within the preceding 10 years. In selec?ng the recipient of the award, the primarily experimental interest of Holweck is borne in mind. It is therefore awarded for dis?nguished work in experimental physics, or to theore?cal physics closely related to experimenta?on. The Holweck Prize is awarded every year, alternately to a French Physicist (odd years) and to a Bri?sh or Irish physicist (even years), and is accompanied by a gold medal.
15:00-16:00 : 2014 - Europhysics Prize
Laureates : Harold Y. Hwang, Jochen Mannhart and Jean-‐Marc Triscone
For the discovery and inves-ga-on of electron liquids at oxide interfaces.
The EPS CMD Europhysics Prize is one Europe’s most pres?gious prizes in the field of condensed ma;er physics. It is awarded every two years in recogni?on of outstanding recent work by one or more individuals in the area of condensed ma;er physics. The work for which the individual(s) is/are nominated must not have been completed more than 5 years prior to the award. The award recognises research for which a significant por?on of the work was carried out in Europe, and may be given for either pure or applied research.
10
Plenary -‐ Monday 25th 10:00-‐11:00
Theaters: Bussy/Bourquelot
Plenary session
Cold atoms and condensed maCer: a love story
Thierry GIAMARCHI Département de Physique de la Ma-ère Condensée, Université de Genève, 24 Quai Ernest Ansermet, CH-‐1211 Genève, Switzerland
In recent years, cold atomic systems have provided a fantas?c laboratory to study the effects of correla?ons on quantum par?cles. The control of the sta?s?cs of the par?cles, of the interac?ons and the kine?c energy has allowed one to implement, in experiments, some of the idealized models that theorists use to describe condensed ma;er and have also opened new avenues to study phenomena hard to tackle previously, in par?cular concerning non-‐equilibrium physics, disorder or very large magne?c fields. This has allowed the two fields to go hand in hand and to a tremendous cross-‐fer?liza?on. In this talk, I will present some of the ideas that have been at the heart of this love story between condensed ma;er and cold atomic gases. This ranges from the probing of such materials, with probes akin to op?cal conduc?vity and angle resolved photoemission, to the detec?on of magne?c excita?ons in a real space and ?me way, complementary to the tradi?onal neutron and Nuclear Magne?c Resonance techniques of condensed ma;er and several other examples. I will of course also discuss some of the novel concepts and domains that have emerged from this union and discuss some of the challenges that put some spices in this otherwise idyllic love story. 11
Plenary – Tuesday 26th 09:00-‐10:00
Plenary Session
Floa]ng on Air
Detlef LOHSE Physics of Fluids, Universiteit Twente
d.lohse@utwente.nl A drop impac?ng on a solid surface deforms before the liquid makes contact with the surface. We directly measure the ?me evolu?on of the air layer profile under the droplet using high-‐speed color interferometry, obtaining the air layer thickness before and during the weyng process and the volume of the entrained droplet. This volume shows a maximum as func?on of the impact velocity. We physically explain this maximum as a balance between capillary and iner?al effects. The experiments are complemented by numerical simula?ons, based on poten?al flow for the impac?ng droplet and a lubrica?on theory for the gas layer in between the droplet and the surface, and by scaling laws which we derived analy?cally. The work is then extended in various direc?ons: For the drop impact on a hot surface heated above the liquid’s boiling point, the droplet either immediately boils when it contacts the surface (« contact boiling »), or without any surface contact forms a Leidenfrost vapor layer towards the hot surface and bounces back (« gentle film boiling »), or both forms the Leidenfrost layer and ejects ?ny droplets upward (« spraying film boiling »). We also look at the maximum spreading of impac?ng droplets on such heated surfaces, which is much further than for the impact on non-‐heated surfaces and shows universal scaling behavior. We also explain under what condi?ons splashing is achieved and connect it to the vapor and gas flow under the droplet.
In the lecture we will not only show the (beau?ful!) phenomena with high-‐speed visualiza?ons and account for them theore?cally, but we will also address various applica?ons of our research in the industrial context.
12
Plenary – Wednesday 27th 09:00-‐10:00
Plenary Session
Group III-‐element wurtzite nitride semiconductors : issues from materials science up to quantum op]cs
Bernard GIL Laboratoire Charles Coulomb
Université Montpellier 2 –case courrier 074
34095 Montpellier cedex 5-‐ France
Bernard.gil@univ-‐montp2.fr
The group III wurtzite nitrides have been revolu?onizing the physics of semiconductors for more than two decades aXer that high quality materials could be grown and silicon n-‐type and magnesium p-‐type were realized at the end of the eigh?es. Based on this, candela class blue light emiyng diodes and blue lasers were realized and commercialized. These triggered solid-‐state ligh?ng and Blu-‐Ray DVD technology.
Besides this massive arrival of op?cal devices on the market, a lot of basic physics phenomena inherent to the wurtzite symmetry were discovered or clarified, at least quan?ta?vely framed. This was, and s?ll is, of paramount importance for improving the performances of the nitride-‐based devices.
I will review the different steps that paved the way of this breakthroughs and I will discuss the important issues that s?ll have to be overcome in the next years: filling the green gap and realizing high luminosity amber or red light-‐emiyng diodes in the one hand, designing and growing ultra violet light emi;ers in the other hand. The drawbacks inherent to the materials such as Auger non-‐radia?ve recombina?on processes will be discussed as well as the poten?ali?es of growth on high Miller index surfaces for bypassing the deleterious Quantum Confined Stark Effect, for reducing the disloca?on densi?es and for improving the performances of the genera?ons of devices in the next years.
The Nano-‐LEDs based on one-‐dimensional nitride crystals will be discussed as well as Nano lasers. Then, I will show results obtained regarding nitride quantum dots and single photon emi;ers, which are now grown on a large variety of surfaces, some?mes embedded into micro-‐cavi?es.
At the end I will dedicate a few minutes to the presenta?on of boron nitride, a layered compound. Its physics is becoming a hot topics and one of the pioneers of the growth of nitrides speaks of it in terms of “ the next guy”.
13
Plenary – Thursday 28th 09:00-‐10:00
Plenary Session
Fingerprints of correla]on in electronic spectra
Lucia REINING Laboratoire des Solides Irradiés, Ecole Polytechnique, Palaiseau, France
European Theore-cal Spectroscopy Facility
lucia.reining@polytechnique.fr
To understand and describe electronic correla?ons is one of the big challenges for experiments and theory of condensed ma;er. In this talk we will discuss correla?on from the point of view of coupling of different electronic excita?ons. This coupling is caused by the fact that an excita?on is a perturba?on that changes the density, which in turn leads to changes in effec?ve poten?als. Here we are interested in spectroscopy, where the perturba?on and the response of the material are ?me-‐dependent. Correla?on contribu?ons can influence spectra in a spectacular way, with effects that cannot be explained in any independent-‐par?cle picture.
There are several ways to approach such a problem. One is based on a formula?on that directly involves the changes in the density; this is ?me-‐dependent density func?onal theory [1]. An alterna?ve framework is many-‐body perturba?on theory that rather focuses on the propaga?on of par?cles. We will discuss how these approaches can be understood and combined in a frui•ul way. In par?cular, we will focus on the role of the screened Coulomb interac?on W that is the main ingredient for example in the widely used GW approxima?on to many-‐body perturba?on theory [2]. Sta?c screening gives rise to a renormaliza?on of energies. Dynamical screening contains addi?onal excita?ons that can be seen e.g. as satellites in photoemission spectra.
We will show ways to go beyond currently used approxima?ons, and we will discuss fingerprints of correla?on in photoemission, inelas?c x-‐ray sca;ering and op?cal spectra, making close connec?ons between theory and experiment. Systems used for illustra?on will include models, simple metals and semiconductors, carbon nanostructures and transi?on metal oxides [3].
The presented results have been obtained in collabora?on with many colleagues in the Theore?cal Spectroscopy Group of the Laboratoire des Solides Irradiés and in the European Theore?cal Spectroscopy Facility.
References
[1] E. Runge and E.K.U. Gross, “Density-‐Func-onal Theory for Time-‐Dependent Systems”, Phys. Rev. Le;. 52, 997 (1984).
[2] L. Hedin, “New Method for Calcula-ng the One-‐Par-cle Green's Func-on with Applica-on to the Electron-‐Gas Problem”, Phys. Rev. 139, A796 (1965).
[3] see e.g. P. Romaniello et al., “The self-‐energy beyond GW: Local and nonlocal vertex correc-ons”, J. Chem. Phys. 131, 154111 (2009); M. Cazzaniga et al., “Dynamical response func-on in sodium and aluminum from -me-‐dependent density-‐func-onal theory”, Phys. Rev. B 84, 075109 (2011); M. Guzzo et al., “Valence ElectronPhotoemission Spectrum of Semiconductors: Ab Ini-o Descrip-on of Mul-ple Satellites”, Phys. Rev. Le;. 107, 166401 (2011); M. Guzzo et al., “Ab ini-o descrip-on of mul-ple satellites in layered materials: graphite and graphene”, Phys. Rev. B 89, 085425 (2014).
14
Plenary – Friday 28th 09:00-‐10:00
Plenary Session
Making and manipula]ng Majorana fermions for topological quantum computa]on
Felix VON OPPEN Fachbereich Physik, Freie Universität Berlin
bodeh@physik.fu-‐berlin.de
Although known theore?cally for decades, Majorana fermions have never been observed as fundamental par?cles. But there is currently much excitement among condensed ma;er physicists that Majorana fermions can be realized and observed as quasipar?cles in the solid state. This excitement is fueled by their remarkable proper?es: They are not only their own an?par?cle, but zero-‐energy Majorana fermions also obey an exo?c (and yet unobserved) form of quantum sta?s?cs called non-‐Abelian sta?s?cs which differs fundamentally from conven?onal bosonic or fermionic sta?s?cs. These proper?es make Majorana fermions the simplest pla•orm for realizing topological quantum informa?on processing which could go a long way towards allevia?ng the problem of decoherence in conven?onal quantum computa?on.
In this talk, I will give an overview over various recent theore?cal proposals and experimental a;empts to observe Majorana fermions in condensed ma;er systems.
15
Plenary – Friday 28th 11:30-‐12:30
Plenary Session
Co-‐opera]ve switching, turnover, and mechano-‐chemistry in a biological macromolecular complex
Richard M. BERRY Department of Physics, University of Oxford, Clarendon Laboratory, Parks Road,
Oxford OX1 3PU, United Kingdom
The bacterial flagellar motor has long been a canonical macromolecular complex because of the rela?ve ease with which its output, rota?on of the extracellular parts of the flagellum, can be observed. The motor is built around a set of rings ~50 nm in diameter that spans the bacterial cell envelope, containing hundreds of protein molecules of several different types. Single motors can rotate at speeds in excess of 1000 revs per second, and can propel swimming bacteria at speeds on the order of 100 microns per second. Stochas?c switching of single motors is modulated by a chemo-‐sensory system, allowing bacteria to navigate gradients of nutrients or other environmental factors. This talk will describe the applica?on of a range of single-‐molecule methods that have been used to inves?gate how the flagellar motor works. In vivo imaging of GFP-‐labelled components of live, working motors has revealed that the motor is not a sta?c structure, but that individual proteins are constantly replaced at rates on the order of 1 per minute. Localiza?on at nanometre precision of labels a;ached to the motor, at sample rates up to 100 kHz, has also allowed observa?on of the mechanism of co-‐opera?ve direc?onal switching in the motor and of its mechanochemical cycle.
16
Semi-‐Plenary – Tuesday 26th 10:30-‐11:30
Theater : Bussy
Semi-‐Plenary Session
Energy fluctua]ons and Maxwell's demon in an electric circuit
Jukka PEKOLA Low Temperature Laboratory (O.V. Lounasmaa Laboratory)
Aalto University School of Science,
P.O. Box 13500, 00076 Aalto, Finland
Energy fluctua?ons play an important role in small systems. The distribu?on of entropy produc?on and the work performed under non-‐equilibrium condi?ons are governed by fluctua?on rela?ons; the second law of thermodynamics applies only for averages over long ?mes or many experiments. I apply the concepts of stochas?c thermodynamics to a single-‐electron box, and present experiments at sub-‐kelvin temperatures on various fluctua?on rela?ons in it [1,2]. Single-‐electron circuits provide a basic set-‐up for realizing a Maxwell‚s Demon, where informa?on can be u?lized to extract heat from a thermal bath. In our experiment on a Maxwell‚s Demon, heat (and work) of order kBT ln(2) per opera?on is extracted [3]. Generalized fluctua?on rela?ons incorpora?ng the mutual informa?on yield a quan?ta?ve account of the experimental observa?ons [4]. Finally I present our work on fast thermometry towards calorimetry of dissipa?on down to single quantum level [5].
[1] O.-‐P. Saira, Y. Yoon, T. Tan;u, M. Mö;önen, D. V. Averin, and J. P. Pekola, Test of Jarzynski and Crooks fluctua-on rela-ons in an electronic system, Phys. Rev. Le;. 109, 180601 (2012).
[2] J. V. Koski, T. Sagawa, O.-‐P. Saira, Y. Yoon, A. Kutvonen, P. Solinas, M. Mö;önen, T. Ala-‐Nissila, and J. P. Pekola, Distribu-on of entropy produc-on in nonequilibrium single-‐electron tunneling, Nature Physics 9,
644 (2013).
[3] Jonne V. Koski, Ville F. Maisi, Jukka P. Pekola, and Dmitri V. Averin, Experimental realiza-on of a Szilard engine with a single electron, arXiv:1402.5907.
[4] J. V. Koski, V. F. Maisi, T. Sagawa, and J. P. Pekola, Experimental study of mutual informa-on in a Maxwell Demon, arXiv:1405.1272.
[5] S. Gaspariney, K. L. Viisanen, O.-‐P. Saira, T. Faivre, M. Arzeo, M. Meschke, and J. P. Pekola, Fast electron thermometry towards ultra-‐sensi-ve calorimetric detec-on, arXiv:1405.7568.
17
Theater : Bourquelot
Water, charge and living cells
Sylvie ROKE École Polytechnique Fédérale de Lausanne (EPFL), Ins-tute of Bio-‐engineering (IBI), School of Engineering (STI), CH-‐1015 Lausanne, Switzerland
A living human cell consists for ~ 60 % of water and contains many organelles and interfaces. The average distance between two molecules, or a molecule and a membrane interface is approximately 1 nm. The molecular, structural, dynamic, and biological proper?es of water, aqueous systems and aqueous interfaces that occur on vastly different ?me and length scales are essen?al in understanding the complexity of life, and our ability to harness its features for novel (nano)technologies.
In this presenta?on I will introduce nonlinear op?cal spectroscopy and microscopy methods that can be used to gain label-‐free molecular level informa?on about liquid aqueous systems and nanoscopic interfaces in turbid media and living cells. The use of these methods will be illustrated around a few ques?ons rela?ng to the intriguing response of water to charge on various levels:
• Are hydrophobic/water interfaces charged?
• Does water behave charge asymmetrically?
• Can the response of water be used to probe processes in living cells?
18
Theater : Guignard
Iron-‐based superconductors: An overview
Roser VALENTI Ins-tute of Theore-cal Physics, Goethe University Frankfurt
60438 Frankfurt a.M., Germany
valen-@itp.uni-‐frankfurt.de
In this talk I will present an overview of our present understanding of the behavior of Fe-‐based superconductors. I will review the pnic?de and chalcogenide families (see Figure) and discuss the various theore?cal approaches used to describe both, the normal and superconduc?ng phases. AXer six years of intensive experimental and theore?cal inves?ga?ons there are s?ll many open ques?ons related to the role of correla?ons, pressure, doping and disorder in these materials that I will try to analyze and discuss.
Figure : Some pnic?de and chalcogenide families of Fe-‐based superconductors
19
Semi-‐Plenary – Wednesday 27th 10:30-‐11:30
Theater : Bussy
Quantum networks based on diamond spins: from long-‐distance teleporta]on to a loophole-‐free Bell test
Hannes BERNIEN Del[ University of Technology
The realiza?on of a highly connected network of qubit registers is a central challenge for quantum informa?on processing and long-‐distance quantum communica?on. Diamond spins associated with NV centers are promising building blocks for such a network as they combine a coherent op?cal interface (similar to that of trapped atomic qubits) with a local register of robust nuclear spin qubits [1].
Here we present our latest progress towards scalable quantum networks. We have realized uncondi?onal teleporta?on between long-‐lived qubits residing in independent setups [2]. The teleporta?on exploits entanglement between distant NV electronic spins that is generated through spin-‐photon entanglement and subsequent photon detec?on [3]. By encoding the source state in a separate qubit (a single nuclear spin) we realize a Bell state measurement that dis?nguishes between all four outcomes in a single shot. Analysis shows that the obtained fideli?es are in principle high enough for a loophole-‐free viola?on of Bell’s inequali?es.
References
[1] T. H. Taminiau et al., Nature Nanotechnology 9, 171 (2014).
[2] Pfaff et al., submi;ed.
[3] H. Bernien et al., Nature 497, 86 (2013).
20
Theater Bourquelot
Physical transforma]on of nanopar]cles in the organism: impact on nanopar]cle-‐based therapy and imaging
Florence GAZEAU CNRS, Université Paris Diderot, Laboratoire Ma-ère et Systèmes
Florence.gazeau@univ-‐paris-‐diderot.fr
Many research efforts focus on the life cycle and toxicity of nano-‐sized materials. While most toxicology studies warn about the effects of nanomaterials on biological func?ons, the physical transforma?ons of nano-‐objects in living environment are mostly unknown. Yet the mechanisms of biological transforma?ons -‐ aggrega?on, protein adsorp?on, degrada?on and elimina?on -‐ determine the long term fate of nanopar?cles in the body, their safety as well as their therapeu?c outcome.
We have developed a mul?scale methodology to examine the influence of biological environment on the structure and physical proper?es of magne?c nanopar?cles that show outstanding proper?es for magnetothermal therapy and MRI detec?on.
Our material science approach – combining nanoscale TEM observa?ons of nanopar?cle structure with the follow-‐up of magne?c proper?es in biological environment -‐ opens up a new way to evaluate the life cycle of nanopar?cles in the body and iden?fy their biodegrada?on products. We will present several examples of magne?c nanostructures – iron oxide nanospheres, nanocubes, coopera?ve nanoflowers and iron oxide/gold dimers with different coa?ng – and examine how cell-‐induced morphological degrada?on cri?cally alters their magne?c proper?es, hea?ng power and Magne?c Resonance relaxivity over ?me. We will show that maintaining nanopar?cles in the extracellular matrix of the tumor environment might be more advantageous for thermal therapy than favoring uptake by tumor cells. By contrast, specific internaliza?on by the monocyte/macrophage system warrants the long term degrada?on of nanopar?cles and iron recycling by endogenous proteins. Generally the fate of nanopar?cles appears to be strongly dependent on their composi?on, architecture as well as surface coa?ng.
In the research for safe-‐by-‐design efficient nanopar?cles for nanomedecine, one should control not only their synthe?c iden?ty, but also their ever-‐evolving context-‐dependent structure and proper?es. Controlling the balance between short term efficacy in the relevant biological context and long term degradability or elimina?on is an important challenge that may be overcome by chemical design of func?onalized nanopar?cles.
References
[1] Lévy M, Wilhelm C, Luciani N, Deveaux V, Gendron F, Luciani A, Devaud M and Gazeau F, “Nanomagnet-‐
ism reveals the intracellular clustering of nanopar?cles in the organism”, Nanoscale 3, 4402-‐10 (2011).
[2] Lar?gue L, Alloyeau D, Kolosnjaj-‐Tabi J, Javed Y, Guardia P, Riedinger A, Péchoux C, Pellegrino T, Wilhelm C, Gazeau F., “Biodegrada-on of Iron Oxide Nanocubes: High-‐Resolu-on In Situ Monitoring”, ACS Nano 7, 3939-‐3952 (2013).
21
Theater : Guignard
Control of single-‐spin magne]c anisotropy by exchange coupling
Cyrus HIRJIBEHEDIN London Centre for Nanotechnology, Department of Physics & Astronomy, Department of Chemistry, University College London (UCL), United Kingdom
c.hirjibehedin@ucl.ac.uk
The proper?es of quantum systems interac?ng with their environment, commonly called open quantum systems, can be strongly affected by this interac?on. While this can lead to unwanted consequences, such as causing decoherence in qubits used for quantum computa?on, it can also be exploited as a probe of the environment. For example, magne?c resonance imaging is based on the dependence of the spin relaxa?on ?mes of protons in water molecules in a host’s ?ssue
Here we show that the excita?on energy of a single spin, which is determined by magnetocrystalline anisotropy and controls its stability and suitability for use in magne?c data storage devices, can be modified by varying the exchange coupling of the spin to a nearby conduc?ve electrode. [1] We use scanning tunneling microscopy (STM) and a combina?on of STM-‐based elas?c and inelas?c electron tunneling spectroscopy to measure the spin excita?on energy of individual magne?c atoms on a thin decoupling layer of copper nitride (Cu2N) above a Cu(001) surface [2]. As illustrated in Fig. 1, we find that the spin excita?on energies of individual Co atoms – as manifested in steps in differen?al conductance dI/dV – roughly doubles for atoms at the center of large Cu2N islands when compared to atoms at the islands’ edges. At the same ?me, the strength of the Kondo screening of the atoms, as manifested in the amplitude of the Kondo screening resonance at zero bias, decreases significantly at the center of the islands; this suggests that the strength of the spin’s coupling to the surrounding electronic bath changes with its posi?on on the island.
Figure : Co atoms on a large Cu2N island. a) Topographic STM image (setpoint voltage V0=100 mV, setpoint current I0=100 pA) of Co atoms on a Cu2N island. Colored arcs label the atoms. b) Low-‐bias dI/dV (V0=15 mV, I0=1 nA) spectroscopy on top of four atoms labeled in panel a; spectra are offset ver?cally for clarity [1].
22
These observa?ons, combined with Kondo and Anderson model calcula?ons, show that exchange coupling can strongly modify the magne?c anisotropy of a single atomic spin. This system is thus one of the few open quantum systems in which the energy levels, and not just the excited-‐state life?mes, can be controllably renormalized. Furthermore, we demonstrate that the magnetocrystalline anisotropy, a property normally determined by the local structure around a spin, can be electronically tuned. These effects may play a significant role in the development of spintronic devices in which an individual magne?c atom or molecule is coupled to conduc?ng leads.
(*) This work was done in collabora?on with Jenny C. Oberg, M. Reyes Calvo, Fernando Delgado, María Moro-‐
Lagares, David Serrate, David Jacob, and Joaquín Fernández-‐Rossier.
References
[1] J.C. Oberg et al., Nature Nanotechnology 9, 64-‐68 (2014).
[2] A.F. O;e et al., Nature Physics 4, 847-‐850 (2008).
23
Theater: Bussy
2014 Ancel Prize of the French Physical Society SFP
Moving in a granular medium
Olivier POULIQUEN (2014 SFP Ancel Prize)
F. GUILLARD and Y. FORTERRE
IUSTI, CNRS-‐Aix Marseille University, 5 rue Enrico Fermi, 13013
The descrip?on of the flow of granular media s?ll represents a challenge due to the difficulty in wri?ng cons?tu?ve laws. However, recent advances have shown that a simple hydrodynamical descrip?on based on a fric?onal visco-‐plas?c law may help in understanding the proper?es of granular flows [1]. In this talk, the successes and limits of this con?nuum descrip?on will be discussed, before revisi?ng the classical problem of the drag and liX forces experienced by an object moving in a granular medium [2]. It will be shown that the peculiar rheology of granular media leads to striking behaviours when a cylinder is dragged through a packing of grains [3].
(a)
(b)
Figure : (a) Experimental set up to study the drag and li[ force experienced by a cylinder moving in a bucket of grains. (b) example of the velocity field around the moving cylinder.
References:
[1] B. Andreoy, Y. Forterre, O. Pouliquen, Granular media: between fluid and solid. Cambridge University Press, Cambridge UK, 2013
[2] R. D. Maladen, Y. Ding, C. Li, and D. I. Goldman, Undulatory swimming in sand: subsurface locomo?on of the sandfish lizard, Science 325, 314–318 (2009).
[3] F. Guillard, Y. Forterre, and O. Pouliquen, Depth-‐Independent Drag Force Induced by S?rring in Granular Media, Phys. Rev. Le;. 110, 138303 (2013).
24
Theater: Guignard
All-‐op]cal control of magne]sm: from fundamentals to nanoscale recording,
Théo RASING Radboud University, Ins-tute for Molecules and Materials,
Heijendaalseweg 135, 6525AJ Nijmegen, the Netherlands
th.rasing@science.ru.nl
From the discovery of sub-‐picosecond demagne?za?on over a decade ago to the recent demonstra?on of magne?za?on reversal by a single 40 femtosecond laser pulse, the manipula?on of spins by ultra short laser pulses has become a fundamentally challenging topic with a poten?ally high impact for future spintronics, data storage and manipula?on and quantum computa?on. Theore?cally, this field is s?ll in its infancy, using phenomenological descrip?ons of the none-‐equilibrium dynamics between electrons, spins and phonons.A proper descrip?on should include the ?me dependence of the exchange interac?on and nuclea?on phenomena on the nanometer length scale. A prac?cal challenge is how to bring the op?cal manipula?on of magne?c media to the required nanoscale, which may be possible using plasmonic or wave-‐shaping techniques. Recent results and an outlook to probe and control magne?c order on the femtosecond ?me and nanometer length scale will be discussed.
References
[1] A. Kirilyuk, et al, Rev. Mod.Phys. 82, 2731-‐2784 (2010)
[2] I. Radu et al, Nature 472, 205 (2011)
[3] J. Men?nk et al, Phys.Rev.Le;. 108, 057202 (2012)
[4] T. Ostler et al, Nature Comm. 3, 666 (2012)
[5] A. R. Khorsand et al, Phys.Rev.Le;. 108, 127205 (2012)
[6] C. Graves et al, Nature Materials 12, 293 (2013)
25
Theater: Bourquelot
Coherent absorp]on control in polaritonic systems,
Alessandro TREDICUCCI NEST, CNR -‐ Is-tuto Nanoscienze and Scuola Normale Superiore
Piazza San Silvestro 12, 56127 Pisa, Italy
The light absorp?on proper?es of a system are typically considered an intrinsic material feature, mostly determined by its dielectric constant, thickness, etc. It has recently been shown, however, that full interferometric control of absorp?on can instead be accomplished by varying the rela?ve phase of two coherent op?cal fields [1]. Depending on the phase rela?on, the system can become totally opaque (coherent perfect absorp?on – CPA) or tuned to complete transparency (coherent perfect transparency – CPT). These phenomena are now star?ng to be widely inves?gated both at a fundamental level (CPA is actually considered the ?me-‐reversed process of lasing [2]), in view of innova?ve applica?ons in plasmonics [3], or even in diagnos?cs and imaging techniques where the great selec?vity provided by the interferometric absorp?on control could prove highly beneficial.
In this talk, coherent absorp?on control will be discussed in new contexts, addressing in par?cular the case of photonic crystal structures and of deeply subwavelength quasi-‐two-‐dimensional objects like graphene, which could be of great interest for the development of novel microscopy approaches and to have systems capable of opera?ng on a wide bandwidth of wavelengths.
Moreover, CPA and CPT phenomena will be described in the presence of material resonances. Here it is of course the non-‐perturba?ve regime, in which the interac?on of the resonance with the electromagne?c field is stronger than all dephasing and damping rates, that is par?cularly interes?ng. The physics of such so-‐
called “strongly-‐coupled” systems, in fact, has been one of the most ground-‐breaking and influen?al research fields of the last 20-‐30 years. Beginning in the eigh?es with cavity quantum electrodynamics experiments in atomic physics, and evolving lately to cavity polaritons in semiconductors and cooper-‐Pair boxes in superconduc?ng circuits, the strong light-‐ma;er coupling regime has been analysed and exploited in a huge variety of scien?fic contexts. Here, the concept of polaritonic CPA will be introduced and analysed, showing that it occurs when the cavity loss rate matches the one of the material subsystem, thereby generalizing the so-‐called cri?cal coupling condi?on to two-‐port systems. Perspec?ve applica?ons will finally be considered, for instance in experiments where efficient energy feeding into a polaritonic state is necessary to implement novel device func?onali?es. References
[1] W. Wan et al., “ Time reversed lasing and interferometric control of absorp?on,” Science 331, 889 (2011).
[2] Y. D. Chong, L. Ge, H. Cao, A. D. Stone, “Coherent perfect absorbers: ?me-‐reversed lasers,” Phys. Rev. LeA. 105, 053901 (2010).
[3] A. Moreau et al., "Controlled-‐reflectance surfaces with film-‐coupled colloidal nanoantennas," Nature 492, 86 (2012).
26
Semi-‐Plenary – Thursday 28th 10:30-‐11:30
Theater: Bourquelot
Ultrafast Coherent Charge and Energy Transfer in Plasmonic and Light Harves]ng Systems: Taking Movies of Electronic Mo]on
Christoph LIENAU
Ins-tute of Physics, Carl von Ossietzky University, Oldenburg, Germany
Center of Inferface Science, Carl von Ossietzky University, Oldenburg, Germany
1
2
Christoph.lienau@uni-‐oldenburg.de
Probing and manipula?ng the mo?on of electrons in complex solid state, molecular or biological nanostructures in real ?me is a fundamental challenge in contemporary physics. It is expected that an increased understanding of the underlying microscopic processes may result in quite a number of novel applica?ons, e.g., in op?cal and quantum informa?on technology or in photovoltaics. The experimental methods allowing us to visualize these complex processes, in par?cular ?me-‐resolved light-‐, x-‐ray and electron microscopy, are currently undergoing an extremely rapid development. In my talk, I will present recent experimental progress achieved in our group in this direc?on. Specifically, I will discuss the role of quantum coherence for ultrafast charge separa?on processes in organic solar cells [1,2] and how it might become possible to efficiently switch plasmonic wave packets in metallic nanostructures on ultrafast ?me ?me scales [3]. Finally I want to describe some new experimental approaches for ultrahigh space-‐ and ?me-‐
resolu?on light [4-‐5] and electron microscopy [6-‐7] that are currently under development in our group.
References
[1] S. M. Falke et al., “Coherent ultrafast charge transfer in an organic photovoltaic blend” Science, in press (2014).
[2] C. A. Rozzi et al. Quantum coherence controls the charge separa?on in a prototypical ar?ficial light harves?ng system”. Nature Comm. 4, 1602 (2013).
[3] P. Vasa et al. “Real-‐?me observa?on of ultrafast Rabi oscilla?ons between excitons and plasmons in metal nanostructures with J-‐aggregates” Nature Photon. 7, 128-‐132 (2013).
[4] D. Sadiq et al. “Adiaba?c Nanofocusing Sca;ering-‐Type Op?cal Nanoscopy of Individual Gold Nanopar?cles” Nano Le;. 11, 1609-‐1613 (2011).
[5] S. Schmidt, et al. “Adiaba?c Nanofocusing on Ultrasmooth Single-‐Crystalline Gold Tapers Creates a 10-‐
nm-‐Sized Light Source with Few-‐Cycle Time Resolu?on” ACS Nano 6, 6040-‐6048 (2012).
[6] D. J. Park, et al. “Strong Field Accelera?on and Steering of Ultrafast Electron Pulses from a Sharp Metallic Nano?p” Phys. Rev. Le;. 109, 244803 (2012).
[7] B. Piglosiewicz et al. “Carrier-‐envelope phase effects on the strong-‐field photoemission of electrons from metallic nanostructures” Nature Photon. 8, 37-‐42 (2014).
27
Semi-‐Plenary – Thursday 28th 10:30-‐11:30
Theater: Bussy
Materials design based on predic]ve ab ini]o thermodynamics
Jörg NEUGEBAUER Tilmann Hickel, Fritz Körmann, and Blazej Grabowski
Max-‐Planck-‐Ins-tut für Eisenforschung, Max-‐Planck-‐Str. 1, 40237 Düsseldorf, Germany
A key requirement in developing systema?c tools to explore and predict proper?es of materials not yet synthesized is the availability of accurate computa?onal tools determining energies not only at T = 0 K but also under realis?c condi?ons. Combining accurate first principles calcula?ons with mesoscopic/ macroscopic thermodynamic and/or kine?c concepts allows now to address this issue and to determine free energies and derived thermodynamic quan??es such as heat capacity, thermal expansion coefficients, and elas?c constants with an accuracy that oXen rivals available experimental data. In the talk we will show how novel sampling strategies in the atomic configura?on space together with techniques to address the spin-‐degrees of freedom including spin-‐quan?za?on in magne?c materials allow an unbiased and accurate determina?on of all relevant temperature dependent free energy contribu?ons. While in the past the focus has been mainly on the quasiharmonic contribu?ons (which are computa?onally most easily to obtain) recent advances in methods and computa?onal power provide now for the first ?me the opportunity to systema?cally include anharmonic and magne?c contribu?ons as well as structural defects from T=0K all the way up to the mel?ng temperature. The flexibility and the predic?ve power of these approaches and the impact they can have in developing new strategies in materials design will be discussed for modern ultra-‐high strength steels, light weight metallic alloys such as Mg-‐based alloys as well as in understanding the origins of failure mechanisms such as hydrogen embri;lement.
28
Semi-‐Plenary – Friday 29th 10:30-‐11:30
Theater: Bourquelot
Atomic Resolu]on Electron Tomography: Seeing Atoms in Three Dimensions
Sara BALS EMAT, University of Antwerp, Belgium
Nanosystems that are being inves?gated within the field of physics, biology and chemistry are becoming smaller and more complex. As a consequence, higher demands are being put to microscopic and nanoscopic characteriza?on techniques as well. New developments within the field of transmission electron microscopy (TEM) allow inves?ga?ng these systems at the atomic scale, not only structural, but also from chemical and electronic point of view. However, one should never forget that all these techniques only provide a two-‐dimensional (2D) projec?on of a three-‐dimensional (3D) object. To overcome this problem, electron tomography has been used in an increasing number of studies over the last decennium. Nevertheless, it is s?ll not straigh•orward to push the resolu?on below the nanoscale in 3D. This relies on the combina?on of state-‐of-‐the-‐art electron microscopes and advanced computa?onal procedures to transform the 2D images into a 3D reconstruc?on. One of the possibili?es to perform electron tomography with atomic resolu?on is by applying reconstruc?on algorithms based on compressive sensing. We hereby exploit the fact that nanomaterials at the atomic scale are sparse. The methodology was applied for Au nanorods and the crystal layce of the nanorods could be reproduced without using prior knowledge on the atomic structure! From these reconstruc?ons, the boundary facets of different rods have been precisely determined and the reconstruc?on can serve as a star?ng point to inves?gate strain in 3D [1]. More recently the technique was applied to visualize crystal defects at the atomic scale and to dis?nguish between different types of atoms [2]. These inves?ga?ons will yield more insight on the connec?on between proper?es and structure of a broad range of nanostructures.
References
[1] B. Goris, S. Bals, W. Van den Broek, E. Carbo-‐Argibay, S. Gomez-‐Grana, L. M. Liz-‐Marzan, G. Van Tendeloo, Nature Materials 11, 930 (2012).
[2] B. Goris, A. De Backer, S. Van Aert, S. Gómez-‐Grana, L. M. Liz-‐Marzán, G. Van Tendeloo, S. Bals, Nano Le;. 13, 4236 (2013).
29
Theater: Bussy
Plas]c Flow of high-‐pressure minerals in the Earth's mantle
Patrick CORDIER Unité Matériaux et Transformations, Universite de Lille , CNRS UMR
8207, Villeneuve d'Ascq, France
Large scale geological phenomena observed at the surface of the Earth (volcanism, earthquakes,…) and which are described within the theore?cal framework of plate tectonics are in fact the most superficial expression of mantle convec?on which expels the internal heat of the Earth. The Earth’s mantle is a layer of solid rocks which extends from the crust down to the core, i.e. at ca. 2900 km below our feet. This convec?on involves physical condi?ons which represent a paramount challenge for experimentalists. Temperature reaches several thousands of Kelvins, and pressure rises to over 130 GPa at the core mantle boundary. Last but not least, the very low strain-‐rates associated with mantle convec?on (of the order of 10-‐12 s-‐1) require any laboratory data to be extrapolated over several orders of magnitude in order to be applied to natural condi?ons.
The development of high-‐pressure and high-‐temperature experiments has lead to a mineral physics model of the mantle compa?ble with seismic data. The current challenge consists in determining the physical proper?es of these minerals. Mechanical proper?es which account for the ability of solid minerals and rocks to flow slowly during mantle convec?on are among the most needed to model the dynamics of the Earth.
It is thus necessary to travel across several orders of magnitude in spa?al and ?me-‐scales to describe, understand and model the crystal defects which carry plas?c strain of these minerals under the extreme condi?ons of the deep mantle. In the RheoMan project, supported by the ERC, we propose a numerical mul?scale modeling approach of the plas?city of high-‐pressure mantle phases. The first results are presented here. It is from the electronic structure of the phases that the effect of pressure is taken into account through the calcula?on of generalized stacking faults from first-‐principles. These results provide first informa?on of slip systems and plas?c anisotropy. Disloca?ons are then modeled either through a Peierls-‐Nabarro model, or from full atomis?c calcula?ons. Their mobility under stress at finite temperature is then modeled from a model of nuclea?on/propaga?on of kink pairs along the disloca?on line.
30
Theater: Guignard
Scanning tunneling microcopy and spectroscopy of superconductors at very low temperatures
Hermann SÜDEROW Universidad Autonoma de Madrid
Microscopy opens the world of real space imaging of small sized structures and behaviors. Real space images are sought because it is felt that they improve our understanding, and convey a sense of beauty that is oXen more difficult to obtain otherwise. The inven?on of the Scanning Tunneling Microscope (STM) in 1981 by Binnig and Rohrer in IBM Zürich is a milestone of microscopy. STM images the electronic density of states at surfaces with atomic resolu?on. When operated at dilu?on refrigera?on temperatures, STM images are made with a high resolu?on in energy. In a variety of superconduc?ng systems, including single crystals and amorphous thin films, the superconduc?ng gap and the vortex layce has been studied in detail. In this talk, I will present recent experiments of the superconduc?ng proper?es of amorphous thin films, showing large scale vortex layce images with single vortex resolu?on. I will also discuss the consequence of very strong disorder for the normal and superconduc?ng proper?es in polycrystalline ultrathin films.
31
Special session -‐ Wednesday 27th 16:30-‐18:30
Special sessions
Monday 25th 12:50 -14:00 –- Faculty Cafeteria
Working Lunch -‐ Nanomaterials I: Nanofabrica]on using focused electron and ion beams
12:50-‐13:20 Latest FIB and Dual-‐Beam solu?ons for nanoscale device prototyping
Ernst-Jan Vesseur (FEI Company)
13:20-‐13:40 Advanced Focused Ion Beam Technologies for Ultra High Resolu?on Nanofabrica?on Employing
Ga and New Ion Species
Ralf Jede (Raith GmbH)
13:40-‐14:00 Nanotechnology Solu?ons from ZEISS
Peter Gnauck (Carl Zeiss Microscopy)
Tuesday 26th 12:35 -14:00 –- Bussy Theatre
APS Luncheon Event With the par?cipa?on of Gene Sprouse, APS Editor-‐in-‐Chief.
Condensed Ma;er in Paris CMD25 – JMC14 gathers over a thousand condensed ma;er physicists from all over Europe, many of whom are not only affiliated to their na?onal physical society and the EPS, but also to the American Physical Society. This reflects the actual composi?on of APS membership, with close to 40 % pursuing their professional ac?vity outside the United States of America. Well-‐known for its journals, notably, the Physical Review, Review of Modern Physics, in which you all publish, the American Physical Society also provides a series of ini?a?ves and member services that allow physicists in Europe and across the world to nurture and strengthen their links with each other and with our learned society, and to develop scien?fic events to the greater benefit of all APS members. On Tuesday August 26th, the American Physical Society seizes the occasion of CMD 25 -‐ JMC14 to organize a luncheon event that will gather its European members, allow the presenta?on of APS interna?onal ini?a?ves, and to strengthen mutual ?es with Physical socie?es in Europe. 12h35 Welcome by A. Fontaine (SFP) 12h40 G. Sprouse (APS)
Presenta]on of APS fellows Presenta]on of APS outstanding Referees 13h00 APS Interna]onal ini]a]ves : Forum on Interna?onal Physics, Friends of the APS
13h10 APS – EPS ini]a]ves 13h20 APS – SFP ini]a]ves (A. Fontaine) 13h30 Toast + Lunch
32
Wednesday 27th 16:30 -19:00
Round Table 1
GENDER ISSUES
Moissan Theatre
The "Femmes et Physique" (F&P) commission of the French Physical Society (SFP) aims to promote women in physics, to help them to manage their career, to build links by many different ac?ons (le;ers, ar?cles, conferences etc.) h;p://www.sfpnet.fr/index.php?page=tpage&id=21).
Women working in physics research, especially in decision-‐making posi?ons, are s?ll significantly underrepresented. Despite the fact that women represent more than 50% of EU students and earn 45% of EU doctoral degrees, women only hold 19% of senior academic posi?ons on average [1]. F&P commission works to mobilize the community of physicists to achieve equal and full par?cipa?on of women in physics research [2].
This session, organized by SFP in collabora?on with the European Physical Society (EPS), will propose to deal with women physicist condi?ons in Europe: how do they manage their career? What are the main differences between European countries? ...
As an introduc?on, we propose a general conference on the Gender, Science, Technology and Environment – genderSTE [3] ini?a?ve by the vice chair, Caroline Belan-‐Menagier from the Ministry of higher educa?on and research, with specific a;en?on to the Grand Challenges iden?fied in Horizon 2020.
Two European programs for Effec?ng Gender Equality in Research will be presented:
• Eileen Drew, Professor in the School of Computer Science and Sta?s?cs and Centre for Gender and Women's Studies at Trinity College Dublin. She has undertaken extensive research in the analysis of na?onal and EU data sets, including an interna?onal Compara?ve Leadership Survey of women and men in 27 industrialized countries. She will present a progress report of the INTEGER [3] project.
• Flavia Zucco, Head of Research at the Ins?tute of Neurobiology and Molecular Medicine (CNR) in Rome. She is involved in the European Pla•orm of Women Scien?sts (EPWS). She will present the progress report of the GENIS LAB [3] project.
A round table will finish the session to share experience and introduce discussion. This session is supported by the « Mission pour la place des femmes au CNRS » (Anne Pépin).
[1] h;p://www.epws.org/
[2] h;p://www.sfpnet.fr/Documents/Bibliotheques/36333.8d7c3/Reflets1.PDF [3] Ins?tu?onal Transforma?on for Effec?ng Gender Equality in Research, project financed by the European Commission within the « Science in society » programme of 7th PCRD.
[4] Genis Lab -‐ Gender in Science and Technology Lab : hCp://www.genislab-‐fp7.eu/
Both projects are financed by the European Commission within the « Science in society » programme of 7th PCRD.
33
Wednesday 27th 16:30 -19:00 –-
Round Table 2
RESEARCHER AND NEW ENTREPRENEUR: FROM AN IDEA TO A PRODUCT
Bourquelot Theatre
This round table is concerned with the launching of start-‐up compagnies by physicists in order to develop and commericalize inven?ons and technological pla•orms that have arisen, or are a direct consequence of their research. In recent years, ever more graduates from Physics Facul?es as well as permanent Faculty staff, have decided to start their own companies around innova?ons emana?ng from their lab. The goal of this round table is to overview a number of key ques?ons and issues that physicists aspiring to become entrepreneurs are confronted with. The round table will be moderated by Jean-‐Michel Dalle (director of the public Agoranov incubator). Jerome Faul (Investment Director of Innovacom venture capital firm) will also be present. It will comprise four presenta?ons by researchers who have founded their own company : –
Valery Zwiller, researcher at Kavli Ins?tute of Nanoscience (TU DelX, Netherlands) , founder of Single Quantum.
–
Wilhem Kaenders, previously researcher on cold atom op?cs, R&D with Technolas Umwelt-‐ und Industrieanaly?k GmbH (Munich, Germany), and Director of the newly established business unit “Diode Lasers” at TuiLaser AG (Munich, Germany). Wilhem is co-‐founder and President of TOPTICA Photonics AG (Munich, Germany) –
Mickael Tanter, researcher at Ins?tut Langevin (ESPCI, France), co-‐founder of the Supersonic Imagine and SEISME companies.
–
AAolight
34
Wednesday 27th 16:30 -19:00
Round Table 3
FUTURE OF PHYSICS PUBLISHING
Bussy theatre
The last few years have seen major upheaval in the world of scien?fic publishing, in par?cular concerning the journal sector. Among the major causes are the ever-‐increasing role of online publishing, and the evolu?on of the accompanying leglsla?on. As a result, scien?sts, their ins?tu?ons and learned socie?es, as well as scien?fic publishers, have to adapt, each in their specific way, to challenges ahead. In par?cular, the advent of Open Access Green and Open Access Gold completely redefines the economic model of journal publishing, and, as a result, the stance each player has to adopt with respect to publica?on of scien?fic results. This session unites a number of major actors in Physics Publishing. Each will expose his / her ins?tu?on's strategy in order to respond to the major changes at hand. Besides the impact of Open Access on Physics Publishing, the discussion will address such issues as ins?tu?onal subscrip?ons, the role of local and na?onal scien?fic establishments, the evolu?on of publishers' strategies, in the light of their different economic models, the role and response of the scien?fic community and learned socie?es, but also, the weight of impact factors and the use of scien?ifc publishing in the evalua?on of research.
The panel discussion will be preceded by presenta?ons given by :
16:30 – 16:45 Gene SPROUSE, Editor-‐in-‐Chief, APS Publica?ons
16:45 -‐ 17:00 Eberhardt BODENSCHATZ, Editor-‐in-‐Chief, New Journal of Physics 17:00 – 17:15 Giorgio BENEDEK, Editor-‐in-‐Chief, EPL 17:15 – 17:30 Jean-‐Pierre FINANCE, Couperin Consor?um for subscrip?ons to scien?fic journals (pending)
17:30 -‐ 17:45 Maria BELLATONE, EPJ Steering Commi;ee, Springer
17h45 – 19h00 Round table discussion, with
Maria Bellantone (Springer)
Giorgio Benedek (EPS / EPL)
Eberhardt Bodenschatz (NJP)
Jean-‐Pierre Finance (Couperin)
Mar?na Knoop (SFP, CNRS)
Gene Sprouse (APS)
Bart van Tiggelen (CNRS)
35
Symposium MC1 -‐ Monday 25th 11:30 -‐12:30
Symposium MC1 -‐ Tuesday 26th 14:00 -‐16:30
Room Pelle?er
Room Pelle?er
Room Pelle?er
Symposia
MC 1 : Acous]cs: Recent advances in acous]c wave propaga]on, genera]on and sensing in condensed maCer
Monday 25th 11:30 -‐12:30 -‐ Room Pelle]er
11:30-‐12:00 Recurrent sca;ering and memory effect at the Anderson localiza?on transi?on Alexandre Aubry, Ins-tut Langevin "Ondes et images" 12:00-‐12:15 Quantum revival for flexural waves in thin plate Marc Dubois, Ins-tut Langevin -‐ Gau-er Lefevre, Ins-tut Langevin 12:15-‐12:30 Full transmission and reflec?on of waves through a maze of disorder Benoît Gérardin, Ins-tut Langevin "Ondes et images" Monday 25th 14:00 -‐16:30 -‐ Room Pelle]er
14:00-‐14:30 SoX acous?c metamaterials Thomas Brunet, Ins-tut de Mécanique et d'Ingénierie de Bordeaux 14:30-‐14:45 Time Reversal in bubbly metamaterials
Maxime Lanoy, Ins-tut Langevin "Ondes et Images"
14:45-‐15:00 Low Frequency Acous?c Shielding of Lamb Waves through a Periodic Array of Thin Rectangular Junc?ons Yan Pennec, Ins-tut d'électronique, de microélectronique et de nanotechnologie 15:00-‐15:15 Evolu?on of Bragg and Low Frequency Gaps in a phononic plate formed by pillars deposited on a drilled plate Stephanie Hemon, IEMN 15:15-‐15:30 Localiza?on of Flexural Waves in Plates Structured with Blind-‐Holes Gau-er Lefebvre, Ins-tut Langevin "Ondes et images" 15:30-‐15:45 Nonlinear shear wave propaga?on in water-‐saturated granular media Xiaoping Jia, Ins-tut Langevin 15:45-‐15:15 Rayleigh waves at a foam surface Anne Le Goff, Biomécanique et Bioingénierie 16:00-‐16:15 Es?ma?on of the in vivo cor?cal thickness using mul?-‐modal axial transmission technique Quen-n Vallet, Laboratoire d'Imagerie Biomédicale 16:15-‐16:30 Band Structure of Harmonic and Anharmonic Coupled Monoatomic Chains Bertrand Dubus, Ins-tut d'Electronique de Microélectronique et de Nanotechnologie Tuesday 26th 14:00 -‐16:30 -‐ Room Pelle]er
14:00-‐14:30 Light and sound in bubble polycrystals Frédéric Wintzenrieth, Ins-tut des Nanosciences de Paris 14:30-‐14:45 Acous?cal twis?ng Antoine Riaud, Ins-tut des Nanosciences de Paris, IEMN
36
14:45-‐15:00 Toward a spectroscopy in picosecond acous?cs Frédérick Delgrange, MENAPiC 15:00-‐15:15 Picosecond resolved imaging of acous?c waves with an an?aliasing process for high spa?al resolu?on Jean-‐Michel RAMPNOUX, Laboratoire Ondes et Ma-ère d'Aquitaine 15:15-‐15:30 A single gold nanopar?cle as an efficient GHz opto-‐acous?c transducer Bertrand Audoin, Ins-tut de Mécanique et Ingénierie de Bordeaux 15:30-‐15:45 Acous?c a;enua?on and velocity measurements in vitreous silica by picosecond laser ultrasonics Agnès Huynh, UPMC Univ Paris 06 -‐ Ins-tut des Nanosciences de Paris 15:45-‐16:00 Surface acous?c wave driven ferromagne?c resonance in a magne?c semiconductor Laura Thevenard, Ins-tut des Nanosciences de Paris, UPMC 16:00-‐16:15 Cavity modes and optomechanic interac?ons in strip waveguide Said EL-‐JALLAL, IEMN, Physique du rayonnement et de l'interac-on Laser-‐ma-ère 16:15-‐16:30 SAW and PSAW propaga?on in langasite crystals: a high resolu?on x-‐ray diffrac?on study Luc Ortéga, Laboratoire de Physique des Solides -‐ UMR8502 -‐ CNRS/Univ. Paris Sud
37
Symposium MC2 -‐ Thursday 28th 14:00 -‐16:15
Room Parmen?er
Room Parmen?er
Room Parmen?er
Room Parmen?er
Room Parmen?er
Symposia
MC 2 : Biophysics I: Physical morphogenesis and cell mechanics
Monday 25th 11:30 -‐12:30 -‐ Room Parmen]er
11:30-‐12:00 The biophysical basis of morphogenesis: symmetry breaking and elongated forms in plants and fungi Arezki Boudaoud, Reproduc-on et développement des plantes 12:00-‐12:15 Poroelas?c coupling in real and ar?ficial branches: rela?on with plants mechano-‐percep?on. Jean-‐François Louf, Ins-tut Universitaire des Systèmes Thermiques Industriels 12:15-‐12:30 Mechanics of single plant cells Pauline Durand-‐Smet, Ma-ère et Systèmes Complexes Monday 25th 14:00 -‐16:30 -‐ Room Parmen]er
14:00-‐14:30 Emergence of collec?ve modes and tridimensional structures from epithelial confinement Pascal Silberzan, Physico-‐Chimie-‐Curie 14:30-‐14:45 Cells growth and differen?a?on atop biomime?c genipin-‐crosslinked nanofilms on a biomaterial TiAl6V4 biomaterial surface Sandrine MORIN, Laboratory of Biophysics and Biomaterials -‐ Université de Rouen 14:45-‐15:00 From wound healing to ar?ficial muscles: Modelling bio-‐ and biomime?c materials with polar and nema?c order parameters Michael Koepf, Département de Physique de l'ENS 15:15-‐15:30 Collec?ve behavior of bacteria in heterogeneous environments Carine Douarche, Laboratoire de Physique des Solides 15:45-‐16:00 On growth and form of Bacillus sub?lis biofilms Julien Dervaux, Laboratoire Interdisciplinaire des Energies de Demain 16:00-‐16:15 Cell monolayers on pa;erned substrates: rela?on between ?ssue shape and contrac?lity Irina Surovtsova, Bioquant 16:15-‐16:30 Spontaneous cellular aggregate migra?on induced by deweyng Damien Cuvelier, Laboratoire Physico-‐Chimie Curie 16:30-‐16:45 In vivo s?mula?on of the primary cilium of bone cells: Differen?a?on osteoblasts/ osteocytes
Anne Devulder, ESPCI
Tuesday 26th 11:30 -‐12:30 -‐ Room Parmen]er
11:30-‐12:00 Growth, homeosta?c regula?on and stem cell dynamics in ?ssues Jean-‐François Joanny, Physico-‐Chimie Curie, Ecole Supérieure de Physique et Chimie Industrielles 38
12:00-‐12:15 Mechanical proper?es of growing melanocy?c nevi and the progression to melanoma Alessandro Taloni 12:15-‐12:30 A Hydrodynamic Instability in Tumor Forma?on Thomas Risler, Physico-‐Chimie-‐Curie Tuesday 26th 14:00 -‐16:30 -‐ Room Parmen]er
14:00-‐14:30 Embryogenesis of intes?nal ?ssues: anisotropic growth and morphological changes Mar-ne Ben Amar, LPS,ENS 14:30-‐14:45 An archetypal mechanism for branching organogenesis, applica?on to the lung. Benjamin Mauroy, Laboratoire Jean Alexandre Dieudonné 14:45-‐15:00 A First Principle Approach to Oxygen Uptake in the Human Lung Min-‐Yeong Kang, Laboratoire de Physique de la Ma-ère Condensée 15:15-‐15:30 Poly-‐constrictor: how polymers strangle membranes Mar-n Michael Müller, Ins-tut Charles Sadron, Equipe BioPhysStat, LCP-‐A2MC 15:45-‐16:00 Role of Ac?n filaments in correla?ng nuclear shape and cell spreading Renu Vishavkarma, Raman Research Ins-tute 16:00-‐16:15 A new high throughput technique of mechanical measurements applied to cytoskeletal ac?n networks Pierre Bauër, Physique et mécanique des milieux hétérogenes 16:15-‐16:30 Cell-‐based computer simula?ons of nuclear ordering in syncy?al embryos Ulrich Schwarz, Heidelberg University Thursday 28th 14:00 -‐16:15 -‐ Room Parmen]er
14:00-‐14:15 (moved to Monday aXernoon, 16h30)
14:15-‐14:30 The living cell as a liquid motor: rigidity sensing is intrinsic to the actomyosin cortex Jocelyn E-enne, Laboratoire Interdisciplinaire de Physique 14:30-‐14:45 A model of the growth of S. pombe combining both shell mechanics and protein localiza?on profiles
E-enne Couturier, USACH 14:45-‐15:00 Adhesion of Lipid Membranes in Confined Environment
Thomas Le Goff, Ins-tut Lumière Ma-ère 15:30-‐15:45 Shape ma;ers in protein mobility within membranes
David Lacoste, Ecole Supérieure de Physique et Chimie Industrielle 15:15-‐16:00 Effects of Crowding, Osmolytes, Temperature and Pressure on the Interac?on Poten?al of Dense Protein Solu?ons
Roland Winter, TU Dortmund University 16:00-‐16:15 GHz acous?c waves in single cells: Towards ultrasonography at a nanoscale
Thomas Dehoux, Ins-tut de Mécanique et d'Ingénierie de Bordeaux 39
Salle des Actes
Salle des Actes
Room Vauquelin
Symposia
MC 3 : Graphene I: Graphene spintronics Monday 25th 11:30 -‐12:30 – Salle des Actes 11:30-‐12:00 Spin Transport and Spintronics with Graphene Albert Fert, Unité Mixte de Physique CNRS/Thales 12:00-‐12:30 Graphene Spintronics: The Current Experimental Status Bart van Wees, Zernike Ins-tute of Advanced Materials, University of Groningen Monday 25th 14:00 -‐16:30 – Salle des Actes 14:00-‐14:30 Role of MgO barriers for spin and charge transport in Co/MgO/graphene nonlocal spin-‐valve devices Bernd Beschoten, 2nd Ins-tute of Physics and JARA-‐FIT, RWTH Aachen University 14:30-‐15:00 First-‐principles quantum transport modeling of magnetoresistance and spin-‐transfer torque in ferromagnet/graphene/ferromagnet ver?cal heterostructures Branislav Nikolic, University of Delaware 15:00-‐15:15 Graphene as a spin filtering membrane Marie-‐Blandine Mar-n, Unité Mixte de Physique CNRS/Thales 15:15-‐15:30 Ad-‐atoms induced Spin-‐orbit coupling effect on Graphene: From Quantum Spin Hall effect to Spin Relaxa?on Stephan Roche, Ins-tució Catalana de Recerca i Estudis Avançats, Barcelona
15:30-‐15:45 Magne?sm and spin relaxa?on in spin filtered ballis?c edge states in graphene quantum Hall bars Joaquin Fernandez Rossier, Interna-onal Iberian Nanotechnology Laboratory 15:45-‐16:00 Spin injec?on and detec?on in graphene/h-‐BN heterostructures Wangyang Fu, Department of Physics, University of Basel 16:00-‐16:15 Op?cal injec?on of spin density and spin current in graphene with Rashba spin-‐orbit interac?on Evgeny Sherman, Department of Physical Chemistry, UPV-‐EHU and IKERBASQUE 16:15-‐16:30 Intrinsic ferromagne?sm induced by hydrogen adsorp?on on mul?layer graphene Juan Palacios, Universidad Autonoma de Madrid
Tuesday 26th 11:30 -‐12:30 -‐ Room Vauquelin
11:30-‐12:00 Defect Induced Magne?c Moments in Graphene Roland Kawakami, Department of Physics and Astronomy, Ohio State University
12:00-‐12:15 Spin-‐orbit coupling and spin relaxa?on in graphene due to resonant sca;erers Mar-n Gmitra, University of Regensburg 12:15-‐12:30 Electron spin resonance and scanning tunneling spectroscopy of monolayer graphene with vacancies induced by ion irradia?on Stephan Zimmermann, Technische Universität Dresden
40
Symposium MC4 -‐ Tuesday 26th 14:00 -‐16:20 Symposium MC4 -‐ Thursday 28th 11:30 -‐12:30
Room Fougère
Room Fougère
Symposia
MC 4 : Graphene II: Lavoisier discussion: "Op]cal and opto-‐electronic of carbon nanostructures" Tuesday 26th 14:00 -‐16:20 -‐ Room Fougère
14:00-‐14:30 Probing electronic excita?ons in mono-‐ to pentalayer graphene by micro-‐magneto-‐Raman spectroscopy Stéphane Berciaud, Ins-tut de Physique et Chimie des Matériaux de Strasbourg 14:30-‐14:50 Coupling carbon nanotube photoluminescence with silicon microring resonators
Adrien Noury, IEF, Univ. Paris-‐Sud, Orsay
14:50-‐15:10 Absorp?on cross-‐sec?ons of carbon nanotubes revealed by energy transfer in nanotube/porphyrin compounds
Fabien Vialla, Laboratoire Pierre Aigrain 15:10-‐15:30 All-‐op?cal determina?on of the Young's modulus of graphene
Dominik MeAen, IPCMS
15:30-‐15:50 Optoelectronic devises based on Cup-‐Stacked Curbon Nanotubes (CS-‐CNTs) for photovoltaics and photodetectors applica?ons
Leandro Sacco, Laboratoire de Physique des Interfaces des Couches Minces 15:50-‐16:20 Aligning organic dipolar molecules in carbon nanotubes for nonlinear op?cs
Sophie Cambré, Experimental Condensed MaAer Physics Laboratory
Thursday 28th 11:30 -‐12:30 – Room Fougère
11:30-‐11:50 Photoinduced charge transfer in chromophore-‐coated double wall carbon nanotube field effect transistors
Marty Laë--a, Ins-tut Néel 11:50-‐12:10 Monolayer Graphene Infrared Phonon Modes Allowed by a Defect-‐Mediated Mechanism
François Lapointe, Dép. de chimie, Université de Montréal 12:10-‐12:30 From Fabry-‐Pérot interferences to Snake states
Peter Makk, Dept. of Physics, University of Basel
41
Room Colchique
Room Colchique
Symposia
MC 5 : Life-‐cycle of nanomaterials in the (bio)environment: impact on their proper]es and toxicity issue Thursday 28th 11:30 -‐12:30 – Room Colchique
11:30-‐12:10 Environmental scanning electron microscopy for quan?ta?ve studies of the fate of gold nanopar?cles in intact and hydrated cells Diana B. Peckys, INM -‐ Leibniz-‐Ins-tut f?r Neue Materialien gGmbH 12:10-‐12:30 Influence of nanopar?cle size, shape and chemical nature on their degradability in presence of apoferri?n proteins. J. Volatron, N. Luciani, F. Carn et F. Gazeau Laboratoire Ma-ère et Systèmes Complexes; M. Hemadi, Laboratoire Interface, Traitement Organisa-on et Dynamique des Systèmes; D. Alloyeau, Laboratoire Matériaux et Phénomènes Quan-ques
Thursday 28th 14:00 -‐16:30 – Room Colchique
14:00-‐14:40 Fate and behavior of mineral nanopar?cles in natural waters Marc Benede‚, Ins-tut de Physique du Globe de Paris 14:40-‐15:10 Characteriza?on and monitoring of nanopar?cles: from analy?cal needs to environmental issues Gaetane LESPES, Ins-tut des Sciences Analy-ques et de Physico-‐Chimie pour l'Environnement et les Matériaux 15:10-‐15:30 Correla?on between op?cal measurements and electron microscopy observa?ons of small indium-‐silver NPs under controlled environment Julien Ramade, LASIM, Lyon 15:30-‐15:50 Magne?c nanopar?cles for hyperthermia, controlled drug delivery and ovarian cancer tumor targe?ng Teresa Pellegrino, Nanochemistry, Is-tuto Italiano di Tecnologia, Genova
15:50-‐16:10 Effect of biological environment on the physical and structural proper?es of inorganic nanopar?cles Yasir JAVED, Matériaux et Phénomènes Quan-ques 16:10-‐16:30 Size-‐dependent endocytosis and long term fate of silica nanopar?cles in human pulmonary endothelial cells Grégoire Naudin, Chimie et biologie des membranes et des nano-‐objets 42
Room Colchique
Room Colchique
Room Belladone
Room Belladone
Symposia
MC 6 : Liquid Physics I: Fluids in confinement: in-‐ and out-‐of-‐equilibrium Tuesday 26th 11:30 -‐12:30 – Room Colchique
11:30-‐12:00 Dynamics of glassforming liquids in confinement Vincent Krakoviack, Laboratoire de Chimie 12:00-‐12:30 Mode Coupling Theory analysis of confined water Mauro Rovere, Dipar-mento di Matema-ca e Fisica, Università Roma Tre Tuesday 26th 14:00 -‐16:15 – Room Colchique
14:00-‐14:20 : Inves?ga?ng amorphous order in stable glasses by random pinning Christopher Fullerton, Department of Physics, University of Bath 14:20-‐14:40 Mul?ple reentrant glass-‐transi?on in confined hard sphere glasses Suvendu Mandal, Max-‐Planck-‐Ins-tut für Eisenforschung 14:40-‐15:00 Computer simula?on of CH4 in mesoporous MOFs: Cri?cal fluctua?ons and interfaces Nicolas Hö[, Heinrich-‐Heine University, Duesseldorf 15:00-‐15:15 Supramolecular ordering of glassforming binary liquids induced by nanoscale confinement Ramona Mhanna, Ins-tut Laue-‐Langevin, Ins-tut de Physique de Rennes 15:15-‐15:30 Structural changes induced by water sorp?on in polyvinyl alcohol cryo-‐gels Noemi Szekely, Forschungszentrum Jülich GmbH 15:45-‐16:00 The Shear-‐Gradient Concentra?on Coupling (SCC-‐) Instability Jan Dhont, Forschungszentrum Jülich GmbH 16:00-‐16:15 Speeding up and slowing down liquid spreading on solid surfaces Evan Spruijt, Laboratoire de Physique et Mécanique des Milieux Hétérogènes
Thursday 28th 11:30 -‐12:30 – Room Belladone
11:30-‐12:00 Spliyng of universality class for anomalous transport in model porous media Thomas Franosch, Leopold-‐Franzens-‐Universität Innsbruck 12:00-‐12:30 Localiza?on dynamics of fluid in random confinement Roel Dullens, University of Oxford Thursday 28th 14:00 -‐16:30 – Room Belladone
14:00-‐14:20 Reentrance transi?on in a quenched-‐annealed mixture
Simon Schnyder, Ins-tut für Theore-sche Physik II, Heinrich-‐Heine-‐Universität Düsseldorf 43
14:20-‐14:40 Layce Boltzmann Simula?on of Complex Fluids in Microchannels Simon Papenkort, Ins-tut für Materialphysik im Weltraum, Deutsches Zentrum für Lu[-‐ und Raumfahrt 14:40-‐15:00 Fluid flows in nano-‐confinement: Can we use the con?nuum descrip?on? Jesper Schmidt Hansen, "Glass and Time", Roskilde University 15:00-‐15:15 Hydrodynamic dispersion of micron-‐sized colloids in micro-‐structured porous media Frank Wirner, 2. Physikalisches Ins-tut, Universität StuAgart 15:15-‐15:30 Clogging of a 2d pore : from the par?cle to the clog Hervé Tabuteau, Université de Rennes 1 15:30-‐15:45 Zero mode wave-‐guide detec?on of flow-‐driven DNA transloca?on through nanopores Fabien Montel, Laboratoire Ma-ère et Systèmes Complexes 15:45-‐16:00 From sub-‐nanotribology to nanotribology: Liquid behavior in confined environments and phase transi?ons Céline MarieAe, Ins-tut de Physique de Rennes, Laboratoire de Physique des Solides 16:00-‐16:15 Unraveling Nanoconfined Films of Ionic Liquid Alpha Lee, Mathema-cal Ins-tute, Oxford, U.K.
16:15-‐16:30 Levita?ng Herringbones in mo?on Hélène de Maleprade, Laboratoire d'hydrodynamique 16:30-‐16:45 Mul?scale Dynamics of Free and Confined Ionic Liquids for Lithium Ba;eries Dominique Pe-t, Physique de la ma-ère condensé, Ecole Polytechnique, Palaiseau, France
44
Room Belladone
Room Belladone
Room Belladone
Symposia
MC7 : Liquid Physics II: Dynamics in water and aqueous solu]ons Monday 25th 14:00 -‐16:45 – Room Belladone
14:05-‐14:35 THz Photon-‐Echoes in Water? Peter Hamm, University of Zurich 14:35-‐14:55 Rota?onal and transla?onal diffusion of nanodoublers on microsecond ?me scales Carlos Macias-‐Romero, Ecole Polytechnique Fédérale de Lausanne 14:55-‐15:15 Dielectric inves?ga?ons of glassy water at ambient pressure Catalin Gainaru, Technische Universität Dortmund 15:15-‐15:45 Ultrafast dynamics in water at high pressure Samuele Fane‚, European Laboratory for non-‐linear Spectroscopy 15:45-‐16:05 X-‐ray Photon Correla?on Spectroscopy of Liquid Water Fivos Perakis, Stanford Linear Accelerator Center 16:05-‐16:25 Water under extreme thermal gradients: genera?on and growth of nanobubbles around overheated nanopar?cles Julien Lombard, Ins-tut Lumière Ma-ère 16:25-‐16:45 Measurements of the viscosity of supercooled water down to -‐34°C Bruno Issenmann, Ins-tut Lumière Ma-ère -‐ Université Lyon 1 Tuesday 26th 11:30 -‐12:40 – Room Belladone
11:30-‐12:00 Solvent-‐driven Ionic Processes In Water: Surface Ion Adsorp?on and Ca?on-‐Ca?on Pairing, Studied by X-‐ray Absorp?on and UV-‐SHG Spectroscopy Richard Saykally, University of California 12:00-‐12:20 Visualiza?on of the freezing process of polymer and organic solu?ons Anatoli Bogdan, Department of Physical Sciences, University of Helsinki, Finland., 12:20-‐12:40 An?bubble dynamics: compe??on between gas absorp?on and drainage Benoit Scheid, Université Libre de Bruxelles (TIPs) Tuesday 26th 14:00 -‐16:50 – Room Belladone
14:00-‐14:30 Water Dynamics in Protein Hydra?on Shells Damien Laage, Ecole Normale Supérieure, Chemistry Department 14:30-‐14:50 Nuclear quantum effects in water: a mul?-‐scale study Raffaello Potes-o, Max Planck Ins-tute for Polymer Research 14:50-‐15:10 Tracking correla?ons of vibra?onal mo?on from biomolecular solutes into the surrounding solvent MaAhias Heyden, Max-‐Planck-‐Ins-tut für Kohlenforschung (coal research) 45
15:10-‐15:30 Microscopic mechanism of protein cryopreserva?on in an aqueous solu?on with trehalose Dario Corradini, PHysicochimie des Electrolytes et Nanosystèmes InterfaciauX, Center for Polymer Studies 15:30-‐15:50 Water dynamics around alkaline and alkaline earth ca?ons: Molecular Dynamics simula?on of NMR relaxa?on ?mes Antoine Carof, Université Pierre et Marie Curie -‐ Paris 6 15:50-‐16:10 Liquid-‐liquid coexistence and crystalliza?on in supercooled ST2 water Fausto Martelli, Princeton University
16:10-‐16:30 Mul?-‐scale Moisture Transport in Hardened Cement Pastes and ReferencePorous Silicate Materials Dominique Pe-t, Physique de la ma-ère condensée 16:30-‐16:50 Excess electrons in amorphous solid water: Relaxa?on and trapping on ultrafast ?mescales Julia Stähler, Fritz-‐Haber-‐Ins-tut der Max-‐Planck-‐Gesellscha[ 46
Room Moissan
Room Moissan
Room Moissan
Room Moissan
Symposia
MC8 : Low Temperatures -‐ Superconduc]vity I: Mesoscopic superconduc]vity and quantum circuits Monday 25th 11:30 -‐12:30 -‐ Room Moissan 11:30-‐12:00 Single photon Kerr effect and determinis?c Schrödinger-‐cat crea?on in circuit QED Gerhard Kirchmair, University of Innsbruck, Ins-tut for Quantum Op-cs and Quantum Informa-on 12:00-‐12:15 Genera?ng entanglement via measurement between two remote superconduc?ng qubits Nicolas Roch, CNRS and Université Grenoble Alpes, Ins-tut Néel 12:15-‐12:30 Entanglement by parity measurement and feedback in superconduc?ng circuits D. Ristè, Kavli Ins-tute of Nanoscience Monday 25th 14:00 -‐16:30 – Room Moissan 14:00-‐14:15 Determinis?c switching of a superconduc?ng qubit induced by individual microwave single photons Kazuki Koshino, Tokyo Medical and Dental University 14:15-‐14:30 The twin paradox with macroscopic clocks in superconduc?ng circuits Göran Johansson, Chalmers University of Technology 14:30-‐14:45 The hidden side of the Josephson effect Cris-an Urbina, Service de physique de l'état condensé 14:45-‐15:00 Dissipa?on and supercurrent fluctua?ons in a diffusive NS ring Bas-en Dassonneville, Laboratoire de Physique des Solides, Leibniz Ins-tute for Solid State and Materials Research -‐ IFW Dresden (Dresden, Germany) 15:00-‐15:15 Measurement and dephasing of a flux qubit due to heat currents Fabian Hassler, RWTH Aachen University 15:15-‐15:30 An ultra-‐efficient hybrid thermal rec?fier Antonio Fornieri, NEST, Is-tuto Nanoscienze-‐CNR and Scuola Normale Superiore 15:30-‐15:45 Thermoelectric and heat transport in hybrid mul?-‐terminal structures Fabio Taddei, NEST Is-tuto Nanoscienze-‐CNR, Scuola Normale Superiore di Pisa 15:45-‐16:00 Integra?ng normal-‐metal components into the framework of circuit quantum electrodynamics Mikko MoAonen, QCD Labs, COMP Centre of Excellence, Department of Applied Physics, Aalto University 16:00-‐16:15 Nanoscale electronic inhomogenei?es in NbN ultrathin films close to the superconductor-‐
insulator transi?on Clémen-ne Carbillet, Ins-tut des Nanosciences de Paris 16:15-‐16:30 Quantum transport signatures of chiral edge states in Sr2RuO4 using Cooper pair spli;ers Rakesh Tiwari, University of Basel 47
Tuesday 26th 11:30 -‐12:30 – Room Moissan 11:30-‐12:00 Gates and measurement at the surface code threshold: Superconduc?ng qubits poised for fault-‐tolerant quantum compu?ng Julian Kelly, University of California, Santa Barbara 12:00-‐12:15 Digital-‐analog Quantum Simula?ons with Superconduc?ng Circuits Antonio Mezzacapo, Department of Physical Chemistry, University of the Basque Country 12:15-‐12:30 Digital Quantum Simula?on of Heisenberg Spin-‐Spin Interac?ons with Superconduc?ng circuits Mintu Mondal, ETH Zurich Tuesday 26th 14:00 -‐16:30 – Room Moissan 14:00-‐14:15 Experiments on coherent quantum phase slips in superconduc?ng nanowires Oleg Astafiev, Royal Holloway [Surrey] 14:15-‐14:30 Quantum Phase-‐Slip Junc?on Under Microwave Irradia?on Angelo Di Marco, Laboratoire de physique et modélisa-on des milieux condensés 14:30-‐14:45 Superconduc?ng quantum node for entanglement and storage of microwave radia?on François Mallet, Laboratoire Pierre Aigrain 14:45-‐15:00 Flux Qubits in Three-‐Dimensional Circuit-‐QED Architecture Michael STERN, Quantronics Group, SPEC, IRAMIS, DSM, CEA Saclay 15:00-‐15:15 Self-‐trapping of photons in circuit QED
Sebas-an Schmidt, Ins-tute for Theore-cal Physics, ETH Zurich 15:15-‐15:30 Ultrafast quantum nondemoli?on measurement based on induc?vely coupled transmons Olivier Buisson, NEEL ins-tut 15:30-‐15:45 Perfect squeezing by damping modula?on in circuit quantum electrodynamics Alexandre Blais, Université de Sherbrooke 15:45-‐16:00 Op?mal condi?ons for crea?on and transfer of intra-‐cavity squeezed states in circuit-‐QED Eran Ginossar, University of Surrey 16:00-‐16:15 Surface acous?c waves interac?ng with a superconduc?ng qubit Thomas Aref, Chalmers University of Technology 16:15-‐16:30 Strong coupling of a magnetosta?c mode in y;rium iron garnet to a microwave resonator Yutaka Tabuchi, The University of Tokyo
48
Room Tanret 2
Room Tanret 2
Room Tanret 2
Symposia
MC9 : Low Temperatures -‐ Superconduc]vity II: Fe-‐Based Superconductors Tuesday 26th 11:30 -‐12:30 – Room Tanret 2
11:30-‐12:00 dHvA studies of the Fermi topology and Electronic Correla?ons in Iron-‐based Superconductors and Metals
Amalia Coldea, University of Oxford 12:00-‐12:30 Spin/Orbital correla?on, disordered impuri?es, and glide transla?onal symmetry of Fe-‐based superconductors
Wei Ku, Brookhaven Na-onal Laboratory
Tuesday 26th 14:00 -‐16:20 – Room Tanret 2
14:00-‐14:30 Improper s-‐wave symmetry of the electronic pairing in iron-‐based superconductors from ab-‐
ini?o quantum Monte Carlo calcula?ons
Michele Casula, Ins-tut de minéralogie, de physique des matériaux et de cosmochimie 14:30-‐14:50 Orbital-‐selec?ve metal-‐insulator transi?on and gap forma?on above Tc in superconduc?ng Rb1-‐xFe2-‐ySe2
Zhe Wang, Experimental Physics V, Center for Electronic Correla-ons and Magne-sm, University of Augsburg 14:50-‐15:10 Towards iden?fica?on of the 48K superconduc?ng high pressure 122 phase: input of the P–T phase diagram of the Tl-‐based selenide
Jus-n Jeanneau, Ins-tut Néel 15:10-‐15:40 Field dependence of thermal conduc?vity in the iron-‐based superconductor KFe2As2 : Evidence of a d-‐wave state
Louis Taillefer, Université de Sherbrooke 15:40-‐16:00 Seebeck effect of iron-‐based materials: a sensi?ve probe of carrier-‐spin wave coupling
Federico Caglieris, Department of Physics, University of Genova, Ins-tute SPIN-‐CNR 16:00-‐16:20 Effect of Ru subs?tu?on in SmFe1-‐xRuxAsO0.85F0.15 superconductor
Antonella Iadecola, European Synchrotron Radia-on Facility
Thursday 28th 14:00 -‐16:10 – Room Tanret 2
14:00-‐14:30 Strong electronic correla?ons and electronic nema?city in the iron-‐based superconductor Ba1-‐xKxFe2As2
Christoph Meingast, Karlsruhe Ins-tute of Technology, Ins-tute for Solid State Physics 14:30-‐14:50 Interplay of magnetoelas?c coupling, nes?ng and nema?city in the iron arsenide systems
Indranil PAUL, Laboratoire Matériaux et Phénomènes Quan-ques 49
14:50-‐15:10 Anisotropic op?cal response of underdoped detwinned Ba(Fe1-‐xCox)2As2 in the electronic nema?c phase
Chiara Mirri, Laboratorium für Festkörperphysik, ETH-‐Zürich 15:10-‐15:30 Doping dependence of the paramagne?c state in 1111 iron pnic?des and its connec?on to the compe??on of ground states
Guillaume Lang, Leibniz Ins-tute for Solid State and Materials Research -‐ IFW Dresden (Dresden, Germany)
15:30-‐15:50 NMR evidence for coexistence of cluster spin glass and superconduc?vity in Ba(Fe1-‐xCox)2As2
Adam Dioguardi, University of California Davis, Department of Physics 15:50-‐16:10 SANS Study of Vortex Layce Structural Transi?on in Op?mally Doped Ba1-‐xKxFe2As2
Sultan Demirdis, Forschungszentrum Jülich GmbH, JCNS at MLZ
50
Theater Guignard Room Boudier
Room Boudier Room Boudier
Room Boudier
Symposia
MC10 : Low temperatures -‐ Quantum Physics I: Mesoscopic physics and quantum gases Monday 25th 11:30 -‐12:30 -‐ Theater Guignard 11:30-‐12:00 Non-‐equilibrium dynamics of one-‐dimensional Bose gases Tim Langen, Vienna Center For Quantum Science and Technology, Atomins-tut, TU Wien 12:00-‐12:30 Meissner Currents in a Mo; Insulator : Josephson Effect and Ar?ficial Gauge Fields Karyn Le Hur, Centre de Physique Théorique Ecole Polytechnique, CNRS Tuesday 26th 11:30 -‐12:30 – Room Boudier
11:30-‐12:00 Thermodynamics and dynamics of Bose condensa?on in a quasi-‐homogeneous gas Nir Navon, Cavendish Laboratory -‐ University of Cambridge 12:00-‐12:30 Fast or slow quantum dissipa?ve dynamics, a ques?on of observables Bruno Sciolla, HISKP, University of Bonn
Tuesday 26th 14:00 -‐16:30 – Room Boudier
14:00-‐14:30 Cooperon echo: mesoscopic loop spectroscopy Cord Müller, Fachbereich Physik, Universität Konstanz 14:30-‐14:45 Superfluid-‐insulator transi?on of interac?ng disordered bosons in one dimension Aleksandra Petkovic, Laboratoire de Physique Théorique -‐ IRSAMC 14:45-‐15:00 Ultracold Atoms in Disorder: 3D Anderson Localiza?on and Coherent Backsca;ering Vincent Josse, Laboratoire Charles Fabry 15:00-‐15:15 (Withdrawn)
15:15-‐15:30 Light-‐Cone Effect and Supersonic Correla?ons in One and Two-‐Dimensional Bosonic Superfluids Laurent Sanchez-‐Palencia, CNRS and Université Paris-‐Saclay 15:30-‐15:45 Entanglement genera?on is not necessary for op?mal work extrac?on Karen Hovhannisyan, ICFO – The Ins-tute of Photonic Sciences, 15:45-‐16:00 Z2 frac?onal topological insulators in two dimensions Cecile Repellin, Laboratoire Pierre Aigrain 16:00-‐16:15 Quasi-‐classical wakes in a quantum fluid Carlo Barenghi, School of Mathema-cs and JQC, Newcastle University 16:15-‐16:30 Macroscopically Ordered State of Dipolar Excitons in Semiconductor Nanostructures Sergueï ANDREEV, Laboratoire Charles Coulomb 51
Thursday 28th 11:30 -‐12:30 – Room Boudier
11:30-‐12:00 Out-‐of-‐equilibrium transport in Luynger liquids Ines Safi, Laboratoire de Physique des Solides 12:00-‐12:15 Observa?on of quan?zed conductance in neutral ma;er
Sebas-an Krinner, David Stadler, Dominik Husmann, Charles Grenier, Mar-n Lebrat, Jean-‐ Philippe Brantut, Tilman Esslinger, Department of Physics, ETH Zurich 12:15-‐12:30 Par?cle and heat transport in ultracold gases Charles Grenier, Department of physics, ETH Zurich, 8093 Zurich, Switzerland Thursday 28th 14:00 -‐16:30 – Room Boudier
14:00-‐14:30 Op?mal persistent currents for ultracold bosons s?rred on a ring Davide Rossini, Scuola Normale Superiore, Pisa Italy 14:30-‐14:45 Levitons : minimal excita?ons states of Fermions for electron quantum op?cs or cold atomic gases Thibaut Julien 14:45-‐15:00 Dynamics of ultracold atoms in two dimensions Hélène Perrin, Laboratoire de physique des lasers 15:00-‐15:15 Finite Temperature Vor?ces in Ultracold Fermi Gases Jacques Tempere, TQC, Universiteit Antwerpen 15:15-‐15:30 Phase transi?ons of one-‐dimensional spin-‐orbit coupled bosons Edmond Orignac, Laboratoire de Physique de l'ENS-‐Lyon, CNRS UMR5672 -‐ Mario Di Dio, CNR-‐
IOM-‐DEMOCRITOS -‐ Stefania De Palo, CNR-‐IOM-‐DEMOCRITOS -‐ Maria Luisa Chiofalo, Enrico Fermi -‐ Dipar-mento di Fisica 15:30-‐15:45 Single Electronics with Arbitrary Quantum Channels I[ikhar Zubair, Laboratoire de photonique et de nanostructures 15:45-‐16:00 Decay of Bogoliubov excita?ons in one-‐dimensional Bose gases Zoran Ris-vojevic, Ecole Polytechnique 16:00-‐16:15 Mul?ple quasipar?cle Hall spectroscopy inves?gated with a resonant detector Alessandro Braggio, CNR-‐SPIN 16:15-‐16:30 Exact results for the out-‐of-‐equilibrium Kondo model in its strong coupling regime Edouard Boulat, Laboratoire Matériaux et Phénomènes Quan-ques
52
Room Narcisse
Room Narcisse Room Narcisse
Room Narcisse
Symposia
MC11 : Low temperatures -‐ Quantum Physics II: Majorana Fermions in Condensed MaCer Physics Tuesday 26th 11:30 -‐12:30 – Room Narcisse
11:30-‐12:00 Majorana bound states in semiconduc?ng nanowires: introduc?on and experimental overview
Ramon Aguado, Ins-tuto de Ciencia de Materiales de Madrid 12:00-‐12:30 Majorana's in semiconductor nanowire system Kun Zuo, Del[ University of Technology [[DELFT] Tuesday 26th 14:00 -‐16:15 – Room Narcisse
14:00-‐14:30 SoX superconduc?ng gap in semiconductor-‐based Majorana nanowires Tudor Stanescu, West Virginia University 14:30-‐14:15 Semiconductor nanowire networks -‐-‐ The building blocks of complex Majorana devices A‚la Geresdi, Kavli Ins-tute of Nanosciences 14:45-‐15:00 (withdrawn)
15:00-‐15:15 Majorana bound state in a circular geometry topological insulator Josephson junc?on Park Sunghun, Recher Patrik, Ins-tute for Mathema-cal Physics, TU Braunschweig, Germany 15:15-‐15:30 Novel Majorana fermion pla•orms relying on supercurrents Panagio-s Kotetes, Karlsruhe Ins-tute of Technology 15:30-‐15:45 Shiba states of an Anderson impurity in hybrid normal-‐superconduc?ng systems Rok Zitko, Ins-tute Jozef Stefan 15:45-‐16:00 Effects of ?l?ng the magne?c field in 1D Majorana nanowires Llorens Serra, Ins-tute for Cross-‐Disciplinary Physics and Complex Systems -‐ University of the Balearic Islands -‐ Spanish Na-onal Research Council 16:00-‐16:15 Universal parity-‐crossing sta?s?cs in hybrid normal-‐superconductor nanostructures Inanc Adagideli, Faculty of Engineering and Natural Sciences 16:15-‐16:30 Squeezing light with Majorana fermions Audrey CoAet, Laboratoire Pierre Aigrain, Ecole Normale Supérieure, Paris, France. Thursday 28th 11:30 -‐12:30 – Room Narcisse
11:30-‐12:00 New pla•orms for 1D topological superconductors and Majorana fermions Pascal Simon, Laboratoire de Physique des Solides, University Paris Sud 12:00-‐12:30 Experimental search for Majorana fermions in chains of magne?c atoms on a superconductor Stevan Nadj-‐Perge, Princeton University, Princeton, U.S.A.
53
Thursday 28th 14:00 -‐16:30 – Room Narcisse
14:00-‐14:15 Magne?c field resistant quantum interference in bismuth nanowire Josephson junc?ons Chuan Li, Laboratoire de Physique des Solides 14:15-‐14:30 Superconduc?vity in Metastable Phases of Topological Insulators Sb2Te3 and Bi2Te3 Obtained by High-‐Pressure-‐High-‐Temperature Treatment Sergei Buga, Moscow Ins-tute of Physics and Technology, Technological Ins-tute for Superhard & Novel Carbon Materials , Troitsk, Russia
14:30-‐14:45 Majorana Fermions: Direct Measurements in superfluid 3He Yury Bunkov, Ins-tut Néel 14:45-‐15:00 Odd-‐frequency pairing and Majorana fermion in Nanowire proximity systems Yukio Tanaka, Department of Applied Physics Nagoya University 15:00-‐15:15 Thermoelectrical detec?on of Majorana states Rosa Lopez, IFISC 15:15-‐15:30 Thermal conductance as a probe of the non-‐local order parameter for a topological superconductor with gauge fluctua?ons Jascha Ulrich, Ins-tute for Quantum Informa-on, RWTH Aachen 15:30-‐15:45 Transport and thermoelectrical proper?es of topological mul?-‐terminal hybrid systems Valen-ni Stefano, Scuola Normale Superiore di Pisa, NEST Is-tuto Nanoscienze-‐CNR 15:45-‐16:00 Full coun?ng sta?s?cs of electron transport in mul?terminal networks of Majorana bound states Luzie Weithofer, TU Braunschweig 16:00-‐16:15 Protected Majorana parity qubits in ion traps Antonio Mezzacapo, Department of Physical Chemistry, University of the Basque Country 16:15-‐16:30 Effects of nonequilibrium noise on a quantum memory encoded in Majorana zero modes François Konschelle, Ins-tute for Quantum Informa-on 54
Room Erésym
Room Erésym
Symposia
MC12 : Macromolecular physics: Polymer brushes for nano-‐devices and bio-‐technologies Monday 25th 11:30 -‐12:30 -‐ Room Erésym
11:30-‐12:00 Mixed polyelectrolyte brushes as novel responsive surfaces: prepara?on, characteriza?on and applica?on Astrid Drechsler, Leibniz-‐Ins-tut für Polymerforschung Dresden e.V. 12:00-‐12:15 Nano-‐thermometer with Thermo-‐sensi?ve Brush GraXed iron oxide nanopar?cles behaving as Posi?ve Contrast Agents in low-‐field MRI Olivier Sandre, Laboratoire de Chimie des Polymères Organiques 12:15-‐12:30 Probing the conforma?on of thermo-‐sensi?ve polymer brushes with Reflec?on Interference Contrast Microscopy Siddhartha Varma, LIPhy Monday 25th 14:00 -‐16:40 -‐ Room Erésym
14:00-‐14:20 Molecular Dynamics Simula?ons of Poly(ethelyne Oxide) GraXed onto Surfaces Immersed in Melt of Homopolymers
Zuzana Benková, 1. REQUIMTE, Department of Chemistry,University of Porto, 2. Polymer Ins-tute, Slovak Academy of Sciences 14:20-‐14:45 Neutron Reflectometry Probes Density Profiles of Proteins Adsorbed onto Polymer Brushes Emanuel Schneck, Ins-tut Laue-‐Langevin, Max Plack Ins-tute of Colloids and Interfaces 14:45-‐15:05 Merging controlled radical polymeriza?on and click chemistry for the design of non-‐fouling bioac?ve surfaces Cesar Rodriguez-‐Emmenegger, Ins-tute of Macromolecular Chemistry
15:05-‐15:20 Probing the physico-‐chemical changes induced to a non-‐fouling PEO-‐PDA system by the immobiliza?on of RGD pep?des Ognen Pop-‐Georgievski, Ins-tute of Macromolecular Chemistry, Academy of Sciences of the Czech Republic 15:20-‐15:45 Why is a polymer brush much soXer when it is made of s?ff polymer chains ? Milchev A, Bulgarian Acad Sci, 15:45-‐16:05 Influence of charges on the interfacial fric?onal proper?es of biological and synthe?c polymers under persistent tribostress Seunghwan Lee, Technical University of Denmark [Lyngby ] 16:05-‐16:25 Numerical simula?ons of an endothelial glycocalyx model Sofia Biagi, Laboratoire Interdisciplinaire de Physique, Università degli Studi di Roma "La Sapienza" [Rome] 16:25-‐16:40 Shearing experiments of confined phospholipid layers characterized by Fluorescence Recovery AXer Pa;erned Photobleaching (FRAPP). Li FU, Ins-tut Charles Sadron 55
Guignard Theater Guignard Theater
Guignard Theater Guignard Theater
Guignard Theater
Symposia
MC13 : Nanomagne]sm: Magne]za]on dynamics and spintronics Monday 25th 14:00 -‐16:15 -‐ Guignard Theater
14:00-‐14:15 FMR and CESR in (Py/Cu) mul?layer metallic films Hervé Hurdequint, Laboratoire de Physique des Solides 14:15-‐14:45 Probing the energy barriers in non-‐uniform magne?za?on states of small par?cles by broadband ferromagne?c resonance Konstan-n Gusliyenko, Universidad del País Vasco, San Sebas-án / IKERBASQUE, Bilbao
14:45-‐15:00 Magne?za?on dynamics in ultra-‐small magne?c tunnel junc?ons coupled to an electromagne?c environment Mircea Trif, Laboratoire de Physique des Solides 15:00-‐15:30 Nonreciprocal propaga?on of spin waves in the presence of Dzyaloshinskii-‐Moriya interac?on Felipe Garcia-‐Sanchez, Ins-tut d'Électronique Fondamentale 15:30-‐15:45 Non-‐Ki;el nature of spin-‐wave modes in thin GaMnAsP epilayers Sylvain Shihab, Ins-tut des Nanosciences de Paris 15:45-‐16:00 Spin and Charge Pumping Driven by Magne?za?on Dynamics in Weyl Semimetal Katsuhisa Taguchi, Nagoya University 16:00-‐16:15 Ultrafast Spin-‐Layce Relaxa?on in the Intercalated Dichalcogenide FexTaS2 Qi Liu, Zernike Ins-tute for Advanced Materials, University of Groningen Tuesday 26th 11:30 -‐12:30 – Guignard Theater
11:30-‐12:00 Structure and stability of skyrmions in ultrathin magne?c films Stanislas ROHART, Laboratoire de Physique des Solides 12:00-‐12:30 Domain wall velocity in cobalt nanowires grown by Focused-‐Electron-‐Beam induced deposi?on JOSE DE TERESA, Ins-tuto de Ciencia de Materiales de Aragón
Tuesday 26th 14:00 -‐16:15 – Guignard Theater
14:00-‐14:15 Magnetocrystalline anisotropy of adatoms: How to make it big? Ondrej Sipr, Ins-tute of Physics AS CR
14:15-‐14:30 Magnetocrystalline anisotropy energy of slabs and nanoclusters of Fe and Co: A detailed local analysis within a ?ght-‐binding model Dongzhe LI, Service de physique de l'état condensé 14:30-‐14:45 Evidence of perpendicular magne?c anisotropy of Co ultrathin film induced by a molecular layer KAUSHIK BAIRAGI, Laboratoire Matériaux et Phénomènes Quan-ques 14:45-‐15:00 Study of magne?c ferh nanoalloys : structure and chemical order Marion Cas-ella, Centre d'élabora-on de matériaux et d'études structurales 56
15:00-‐15:30 Tunnel mediated coupling between an?ferromagne?c thin films Alexandre Bataille, Laboratoire Léon Brillouin, Saclay, France
15:30-‐16:00 Strain-‐induced giant magnetoelectric effect and mul?ferroicity in epitaxial Cr2O3 nanopar?cles Yves Henry, Ins-tut de Physique et Chimie des Matériaux de Strasbourg 16:00-‐16:15 Epitaxial CoFe2O4 / BaTiO3 mul?ferroic thin layers for the analysis of magnetoelectric coupling Aghavnian Thomas, CEA/Saclay, DSM/IRAMIS/SPEC, France Thursday 28th 11:30 -‐12:30 – Guignard Theatre
11:30-‐11:45 Exchange bias effect in CoO@Fe3O4 core-‐shell nanooctahedra Veronica Salgueiriño, Universidade de Vigo 11:45-‐12:15 Magne?c Anisotropies of Ferrofluids measured by XMCD at Fe and Co L2,3 edges Niéli Daffé, PHysicochimie des Electrolytes et Nanosystèmes InterfaciauX, Synchrotron SOLEIL, Ins-tut de minéralogie, de physique des matériaux et de cosmochimie 12:15-‐12:30 Magne?c ''monopoles'' in ar?ficial spin ice systems Yann Perrin, Ins-tut Néel, Grenoble, France Thursday 28th 14:00 -‐16:30 – Guignard Theater
14:00-‐14:15 Self-‐consistent finite element approach: magne?za?on dynamics induced by spin transfer effects. Magali Sturma, Univ. Grenoble Alpes, INAC-‐SPINTEC
14:15-‐14:45 Noise-‐induced stochas?c resonance and synchroniza?on in magne?c tunnel junc?ons Alice Mizrahi, Unité Mixte de Physique CNRS/Thales 14:45-‐15:15 Standard, Inverse and Triplet Spin-‐Valve Effects in F1/S/F2 Systems Sergey Mironov, Ins-tute for Physics of Microstructures, Université de Bordeaux 15:15-‐15:30 Transport proper?es of ultra-‐thin oxide layers for the development of tunnel junc?ons like devices. Mar-n Sirena, Centro Atomico Bariloche 15:30-‐15:45 Spin/charge coupled transport in GaAs in the Pauli blockade regime Alistair Rowe, Physique de la ma-ère condensée 15:45-‐16:00 Phase and spin relaxa?on dynamics in GaN/AlGaN quantum well Pierre Gilliot, Ins-tut de Physique et Chimie des Matériaux de Strasbourg 16:00-‐16:15 Assessing thermal effects induced by ultra-‐fast laser excita?on in the ferromagne?c semiconductor (Ga,Mn)(As,P) Sylvain Shihab, Ins-tut des Nanosciences de Paris 16:15-‐16:30 Dynamic Simula?on of Fluctua?ng Spin Ensembles and the Magnetocaloric Effect Pui Wai Ma, Culham Centre for Fusion Energy 57
Room Fougère Salle des Actes Room Fougère Room Fougère
Symposia
MC14 : Nanomaterials I: Nanofabrica]on using focused electron and ions beams Monday 25th 11:30 -‐12:35 – Room Fougère 11:30-‐11:55 Zero mode wave guide detec?on of flow driven DNA transloca?on through solid state nanopores Loïc Auvray, Laboratoire Ma-ère et Systèmes Complexes 11:55-‐12:10 Hybrid graphene nanoribbon-‐nanopore devices for biomolecule detec?on and DNA sequencing Adrian Balan, Department of Physics and Astronomy [Univ of Pennsylvania] 12:10-‐12:35 Inves?ga?on of the interac?ons between epitaxial nanowires and living cells Christelle Prinz, Lund University, Nanometer Structure Consor-um Monday 25th 12:50 -‐14:00 – Working Lunch – Salle des Actes
12:50-‐13:20 Latest FIB and DualBeam solu?ons for nanoscale device prototyping
Ernst-‐Jan Vesseur (FEI Company) 13:20-‐13:40 Advanced Focused Ion Beam Technologies for Ultra High Resolu?on Nanofabrica?on Employing Ga and New Ion Species
Ralf Jede (Raith GmbH) 13:40-‐14:00 Nanotechnology Solu?ons from ZEISS
Peter Gnauck (Carl Zeiss Microscopy) Monday 25th 14:00 -‐16:30 -‐ Room Fougère 14:00-‐14:30 Tuning and pa;erning magne?sm with ion beams Alexandra Mougin, LPS 14:30-‐14:45 Focused Ion Beam irradia?on to nano-‐structure Epitaxial Graphene Jean-‐Michel Benoit, Ins-tut Lumière Ma-ère 14:45-‐15:00 The development of a compact EBIS with integrated ion op?cs for FIB applica?ons Mike Schmidt, DREEBIT GmbH 15:00-‐15:15 Single gallium ion induced effects – New ion implanta?on perspec?ves Andrea Balocchi, Laboratoire de physique et chimie des nano-‐objets 15:15-‐15:45 Func?onal nanostructures fabricated by Focused Beams Induced Deposi?on Rosa Córdoba, Laboratorio de Microscopías Avanzadas, Eindhoven University of Technology 15:45-‐16:00 Applica?on of pulsed IR laser to Focused-‐Electron-‐Beam-‐Induced-‐Deposi?on Aleksandra Szkudlarek, AGH University of Science and Technology, Faculty of Physics and Applied Computer Science, Poland, Laboratory for Mechanics of Materials and Nanostructures, Empa 58
16:00-‐16:15 Co-‐deposi?on from W(CO)6 and C10H8 by Focused Ion Beam Inés Serrano-‐Esparza, Ins-tuto de Ciencia de Materiales de Aragón, Universidad de Zaragoza 16:15-‐16:30 Molecular dynamics modeling of finely focused ion beam (FIB) processing: nanoscale material removal and mass transport
Kallol Das, Department of Mechanical Science and Engineering, University Of Illinois at Urbana Champaign, United States
16:30-‐16:45 The Outstanding Proper?es of Koops-‐GranMat for Photonics and Electronics
Hans W P Koops, HaWilKo GmbH Tuesday 26th 11:30 -‐12:30 – Room Fougère 11:30-‐12:00 Func?onal nanomagnets by FEBID -‐ How to make them -‐ How to use them Heinz D. Wanzenboeck, Technical University of Vienna 12:00-‐12:15 Magne?c force microscopy on Co nano-‐pillars grown by Focused electron beam induced deposi?on Nidhi Kakkar, Eindhoven University of Technology 12:15-‐12:30 Giant current density discovered in Koops-‐GranMat at room temperature Hans W P Koops, HaWilKo GmbH 59
Room Erésym
Room Erésym Room Erésym
Room Erésym
Symposia
MC15 : Nanomaterials II: Thermal transport and thermodynamics in nanostructures Tuesday 26th 11:30 -‐12:30 – Room Erésym
11:30-‐12:00 Stochas?c thermodynamics: From principles to thermoelectric transport. Udo Seifert, StuAgart University 12:00-‐12:30 Nanophononics at low temperature: manipula?ng heat at the nanoscale Olivier Bourgeois, Ins-tut Néel Tuesday 26th 14:00 -‐16:30 – Room Erésym
14:00-‐14:30 Conserva?on laws, symmetry breaking and thermodynamics efficiency Giulio Casa-, Center for nonlinear and complex systems 14:30-‐15:00 Entropy produc?on in thermal conduc?on Ian Ford, Department of Physics and Astronomy, UCL 15:00-‐15:15 Heat, charge and mixed noises and their rela?ons to thermoelectric figure of merit and differen?al conductances Adeline CREPIEUX, Aix-‐Marseille Université, Université de Toulon 15:15-‐15:30 Under what circumstances is the non linear thermoelectric transport theory unavoidable in nanodevices? Anne-‐Marie Daré, Ins-tut des Matériaux, de Microélectronique et des Nanosciences de Provence 15:30-‐15:45 Nonlinear heat transport in quantum Hall bar setups David Sánchez, Ins-tuto de Física Interdisciplinar y Sistemas Complejos 15:45-‐16:00 Phonon transport in thermoelectric "electron crystal phonon glass" thin film Dimitri Tainoff, Ins-tut Neel 16:00-‐16:15 Heat-‐exchange sta?s?cs in driven open quantum systems Paolo Solinas, Is-tuto SPIN-‐CNR 16:15-‐16:30 Three terminal mesoscopic energy harvesters Rafael Sánchez, Ins-tuto de Ciencia de Materiales de Madrid Thursday 28th 11:30 -‐12:30 – Room Erésym
11:30-‐12:00 Cooling down or hea?ng up a quantum bit using feedback Benjamin Huard, Laboratoire Pierre Aigrain 12:00-‐12:15 Stochas?c thermodynamics for driven quantum open systems Maxime Clusel, Laboratoire Charles Coulomb 60
12:15-‐12:30 Exact fluctua?on theorem without ensemble quan??es Gregory Bulnes Cuetara, Faculty of Sciences, Technology, and Communica-on (University of Luxembourg) Thursday 28th 14:00 -‐16:15 – Room Erésym
14:00-‐14:30 Network analysis of the performance of organic photovoltaic cells Abraham Nitzan, Tel Aviv University 14:30-‐14:45 Quantum Limit of Heat Flow Across a Single Electronic Channel Francois Parmen-er, CEA 14:45-‐15:00 Thermal Conduc?vity in Layered Materials: Breakdown of Fourier's law Giorgia Fugallo, Laboratoire des Solides Irradiés 15:00-‐15:15 Measuring the thermal conduc?vity of thermoelectric nanowire arrays stephane grauby, Laboratoire Ondes et Ma-ère d'Aquitaine 15:15-‐15:30 Ab ini?o layce thermal conduc?vity in pure and doped half-‐Heusler thermoelectric materials. Luc ANDREA, Laboratoire d'Etude des Microstructures 15:30-‐15:45 Periodical Analogy of Thermal Diffusivity and Cohesive Characteris?cs of 3d, 4d and 5d metals Ai Suzuki, Tohoku University 15:45-‐16:00 Thermal Diffusivity Measured with a Single Nanopar?cle Andre Heber, Universität Leipzig, Experimental Physics I, Molecular Nano-‐photonics Group 16:00-‐16:15 Superdiffusive Heat Conduc?on In Semiconductors At Room Temperature Gilles Pernot, Laboratoire Ondes et Ma-ère d'Aquitaine 61
Room Tanret 3
Room Tanret 3
Symposia
MC16 : Nano-‐op]cs I: New tools and concepts for nano-‐op]cs: combining photons and electrons Thursday 28th 11:30 -‐12:30 – Room Tanret 3
11:30-‐12:00 Quantum aspects of the interac?on between fast electrons and plasmons Javier Garcia de Abajo, ICFO-‐The Ins-tute of Photonic Sciences 12:00-‐12:15 Electron energy losses and cathodoluminescence from complex plasmonic nanostructures : spectra, maps and CL radia?on pa;erns from a generalized field propagator Arnaud Arbouet, Centre d'Elabora-on de Matériaux et d'Etudes Structurales, Université de Toulouse 12:15-‐12:30 Accessing the op?cal proper?es of single nanoobjects at the nanometer scale through fast electron based spectroscopies Arthur Losquin, Laboratoire de Physique des Solides Thursday 28th 14:00 -‐16:30 – Room Tanret 3
14:00-‐14:15 Coincident Cathodoluminescence and Electron Channelling Contrast Imaging of Nitride Semiconductors Jochen Bruckbauer, University of Strathclyde 14:15-‐14:30 Cathodoluminescence Hyperspectral Imaging of Nitride Core-‐Shell Structures Paul Edwards, University of Strathclyde 14:30-‐14:45 High-‐order plasmonic modes on aluminum nanoantennas unveiled by electron energy loss spectroscopy Davy GERARD, Laboratoire de Nanotechnologie et d'Instrumenta-on Op-que -‐ Jérôme PLAIN, Laboratoire de Nanotechnologie et d'Instrumenta-on Op-que 14:45-‐15:00 Nanoscale control of plasmon dipolar and quadrupolar resonances in Au triangles using polariza?on-‐ and energy-‐dependent light excita?on Ludovic Douillard, Service de physique de l'état condensé 15:00-‐15:30 Scanning Probe Techniques for Photons and Electrons: Op?cal Antennas for Nanoscale Signal Transduc?on Palash Bharadwaj, Eldgenössische Technische Hochschule Zürich 15:30-‐15:45 A new tool for nano-‐op?cs: the local, electrical excita?on of plasmons with a scanning tunneling microscope Elizabeth Boer-‐Duchemin, Ins-tut des Sciences Moléculaires d'Orsay 15:45-‐16:00 Mixing Photons and Electrons in a Nanogap Marie-‐Maxime Mennemanteuil, Laboratoire Interdisciplinaire Carnot de Bourgogne 16:00-‐16:15 New Direc?ons in Tip-‐Enhanced Near-‐Field Op?cal Microscopy Julia Janik, Ludwig-‐Maximilians-‐Universität [München] 16:15-‐16:30 Heat embossing of plasmon modes in 2D crystalline colloids Aurelien Cuche, CEMES-‐CNRS
62
Salle des Actes
Salle des Actes Salle des Actes
Salle des Actes
Symposia
MC17 : Nano-‐op]cs II: Nanoop]cs and Plasmonics Tuesday 26th 11:30 -‐12:30 – Salle des Actes
11:30-‐12:00 Propaga?on of surface plasmons and coupling between silver nanowire and quantum dots Hong Wei, Ins-tute of Physics, Chinese Academy of Sciences 12:00-‐12:15 Mapping the radia?ve and non-‐radia?ve local density of states with a fluorescent scanning near-‐field probe Valen-na Krachmalnicoff, Ins-tut Langevin "ondes et images" 12:15-‐12:30 Correla?ng two-‐photon luminescence and topography measurements in single gold nanorods : towards understanding the origin of plasmon emission Celine FIORINI-‐DEBUISSCHERT, CEA Saclay Tuesday 26th 14:00 -‐17:00 – Salle des Actes
14:00-‐14:15 Evidence of random Surface Plasmon modes in fractal metal films Arthur Losquin, Laboratoire de Physique des Solides 14:15-‐14:30 Dirac-‐like Plasmons in Honeycomb Layces of Metallic Nanopar?cles Guillaume Weick, Ins-tut de Physique et Chimie des Matériaux de Strasbourg 14:30-‐14:45 Study of plasmonic rings for efficient excita?on of surface plasmon-‐polaritons Nancy Rahbany, aboratoire de Nanotechnologie et d'Instrumenta-on Op-que, Université de Technologie de Troyes, Troyes, France
14:45-‐15:00 Control of the emission proper?es of semiconduc?ng nanowires using plasmonic nanoantennas Mathieu Jeannin, Ins-tut Néel 15:00-‐15:15 Distance-‐dependant fluorescence in metal-‐dye core-‐shell systems Thomas LEROND, Laboratoire de Nanotechnologie et d'Instrumenta-on Op-que 15:15-‐15:30 Op?cal nanopa;erning of layered structures using the photomechanical proper?es of azobenzene-‐containing materials Anh-‐Duc Vu, Laboratoire de Physique de la Ma-ère Condensée 15:30-‐15:45 Combined photonic-‐plasmonic modes inside photonic crystal cavi?es Gaetan Leveque, Ins-tut d'électronique, de microélectronique et de nanotechnologie 15:45-‐16:00 Thermo-‐chemical imaging of photoexcited metallic nanopar?cles Jérôme PLAIN, Laboratoire de Nanotechnologie et d'Instrumenta-on Op-que 16:00-‐16:15 New materials for plasmonics Silvère Schuermans, Laboratoire de Nanotechnologie et d'Instrumenta-on Op-que 16:15-‐16:30 Elastomeric materials as plasmonic systems Brigita Rozic, UPMC Univ Paris 06, Ins-tute des NanoScience de Paris (INSP) 16:30-‐16:45 Lasing in confined Tamm structure: polariza?on proper?es Guillaume Lheureux, Ins-tut Lumière-‐Ma-ère 63
16:45-‐17:00 Polariza?on-‐controlled op?cal Turing pa;erns emi;ed by a double microcavity in the OPO regime Ombline Lafont, Laboratoire Pierre Aigrain Thursday 28th 11:30 -‐12:30 – Salle des Actes
11:30-‐12:00 Light at the Plasmonic Nanogap Dai Zhang, Eberhard Karls University of Tübingen 12:00-‐12:15 Op?cal trapping and 3D manipula?on with Nanotweezers Johann Berthelot, The Ins-tute of Photonic Sciences 12:15-‐12:30 Imaging of Plasmonic Nanostructures with an Adiaba?c Nanofocusing SNOM Simon Becker, Ins-tute of Physics, Carl von Ossietzky University Oldenburg -‐ Mar-n Esmann, Ins-tute of Physics, Carl von Ossietzky University Oldenburg Thursday 28th 14:00 -‐17:00 – Salle des Actes
14:00-‐14:15 Super-‐resolu?on for infrared imaging and spectroscopy based on apertureless scanning near-‐
field microscopy Yannick De Wilde, Ins-tut Langevin "ondes et images" 14:15-‐14:30 Perspec?ves of func?onalized probes in SNOM and TERS Eugene Bortchagovsky, Ins-tute of Semiconductor Physics of the Na-onal Academy of Sciences of Ukraine 14:30-‐14:45 Applica?on of femtosecond pump-‐probe thermoreflectance for surface plasmons polaritons imaging Olga Lozan, Laboratoire Onde et Ma-ère d'Aquitaine,CNRS-‐Université de Bordeaux 14:45-‐15:00 Two-‐Photon Absorp?on Process in Plasmonic Gold Nano-‐Antenna : Plasmonic Control of Electronic Processes Olivier Demichel, Laboratoire Interdisciplinaire Carnot de Bourgogne 15:00-‐15:15 Third Harmonic spectroscopy of single Au-‐nanoantennas fabricated by helium ion beam milling
Mar-n Silies, Ins-tute of Physics, Carl von Ossietzky University Oldenburg
15:15-‐15:30 Synthesizing and sor?ng polariza?on states by an integrated silicon nanoantenna
Alejandro Mar-nez, Valencia Nanophotonics Technology Center 15:30-‐15:45 Dipolar interac?on in assemblies of Au and Ag nanopar?cles Yu LIU, Ins-tut de Physique et Chimie des Matériaux de Strasbourg
15:45-‐16:00 Landau damping of coupled plasmonic modes in metallic nanopar?cle dimers Adam BrandsteAer-‐Kunc, Ins-tut de Physique et Chimie des Matériaux de Strasbourg 16:00-‐16:15 Polariza?on conver?ng metasurfaces explored by Mueller matrix spectroscopic ellipsometry Audrey Berrier, Physikalisches Ins-tut, StuAgart University 16:15-‐16:30 Dynamic Switching of Plasmonic Signals via Op?cal Cavity Resonances Cillian McPolin, King's College London 16:30-‐16:45 Controlled modal dispersion in hyperbolic-‐metamaterial slab waveguides made of strongly interac?ng nanorod assemblies Nikolaos Vasilantonakis, Department of Physics, King's College London 16:45-‐17:00 Determina?on of the orienta?on of a single nano-‐emi;er by polarisa?on analysis Laurent Coolen, Ins-tut de NanoSciences de Paris 64
Room Boudier Room Boudier
Moissan theater
Moissan theater
Symposia
MC18 : Nano-‐op]cs III: Revealing Op]cal proper]es of nanostructured materials Monday 25th 11:30 -‐12:30 -‐ Room Boudier
11:30-‐12:00 Three-‐dimensional nanospirals explored by Mueller matrix spectroscopy Audrey Berrier, StuAgart University 12:00-‐12:30 Op?cal and plasmonics proper?es of hybrid nanoarrays fabricated using the photomechanical property of azobenzene-‐containing films Anh-‐Duc Vu, Laboratoire de Physique de la Ma-ère Condensée Monday 25th 14:00 -‐16:45 – Room Boudier
14:00-‐14:40 All frequency homogeniza?on of mul?layered stacks for ar?ficial dispersion in electromagne?sm Boris Gralak, Ins-tut FRESNEL 14:50-‐15:10 Generalized effec?ve medium theory to extract the op?cal proper?es of two-‐dimensional non-‐
spherical metallic nanopar?cle layers Yann Ba‚e, Laboratoire de chimie Physique, Approche Mul-échelle des Milieux Complexes 15:15-‐15:35 Inves?ga?on of electro-‐op?cal proper?es of gold colloidal supensions. Delphine Coursault, Laboratoire Charles Coulomb 15:40-‐15:55 Measurement of op?cal proper?es with Horiba
Yvon Jobin, Horiba Thursday 28th 11:30 -‐12:30 – Moissan theater
11:30-‐12:00 Design of self-‐assembled photonic crystals for chemical sensing Céline Bourdillon, Ins-tut des NanoSciences de Paris
12:00-‐12:30 Op?cal Proper?es of Mul?scale Bio-‐inspired Inorganic Structures Magali Thomé, Laboratoire d'excellence MATISSE, Ins-tut des Nanosciences de Paris Thursday 28th 14:00 -‐16:30 – Moissan theater
14:00-‐14:45 A classical model for depolariza?on by nanostructures through incoherent superposi?on of dipoles driven by evanescent fields Kurt Hingerl, Johannes Kepler University Linz [linz] 14:45-‐15:15 Op?cal characteriza?on of disordered nanowire arrays for heterojunc?on solar cells Mar-n Foldyna, LPICM, CNRS, Ecole Polytechnique 65
15:15-‐15:45 Coupled photon-‐exciton modes in CHPI-‐based devices Erich Runge, Ins-tut für Physik and Ins-tut für Mikro-‐ und Nanotechnologien, Technische Universität Ilmenau 15:45-‐16:15 Infrared op?cal proper?es of MgO nanopar?cles and thin films Hichem Dammak, Laboratoire Structures, Propriétés et Modélisa-on des solides 16:15-‐16:30 Measurement of op?cal proper?es with Lot-‐Oriel Woollam
66
Room Caventou Room Vauquelin
Room Vauquelin
Symposia
MC19 : Nano-‐phononics, Nanomechanics, and Nano-‐optomechanics Monday 25th 14:00 -‐16:30 -‐ Room Caventou
14:00-‐14:50 Controlling Photons and Phonons: Optomechanical Metamaterials Florian Marquardt, University of Erlangen-‐Nuremberg 14:50-‐15:10 Sympathe?c cooling of a membrane by optomechanical coupling to ultracold atoms Andreas Jöckel, Universität Basel, Departement Physik 15:10-‐15:30 Quantum dot opto-‐mechanics in a fully self-‐assembled nanowire Michele Mon-naro, Department of Physics, University of Basel 15:30-‐15:50 Bidimensional nano-‐optomechanics and topological backac?on in a non-‐conserva?ve radia?on force field Arnaud Gloppe, Ins-tut Néel 15:50-‐16:10 Mul?ple spontaneous synchroniza?on between thermal/free-‐carrier self-‐pulsing and coherent mo?on in an optomechanical crystal Daniel Navarro Urrios, Catalan Ins-tut of Nanotechnology, NEST, Is-tuto Nanoscienze – CNR 16:10-‐16:30 Synchroniza?on, self-‐oscilla?on and driven oscilla?on of a field emission nanowire Anthony Ayari, Ins-tut lumière ma-ère Thursday 28th 11:30 -‐12:30 – Room Vauquelin
11:30-‐11:50 Resolved sidebands in a hybrid solid-‐state spin-‐oscillator system Jean Teissier, Basel University,Department of Physics,Quantum Sensing Group 11:50-‐12:10 Ground state cooling of a carbon nano-‐mechanical resonator using spinpolarized current Pascal Stadler, University of Konstanz 12:10-‐12:30 Electrostric?on and moving-‐interface genera?on of phonons in a photonic crystal slab cavity Vincent Laude, Franche-‐Comté Électronique Mécanique, Thermique et Op-que -‐ Sciences et Technologies Thursday 28th 14:00 -‐16:30 – Room Vauquelin
14:00-‐14:50 What limits the coherence of a high Q nanomechanical string resonator?
E. M. Weig, Department of Physics, University of Konstanz 14:50-‐15:10 GaAs disks optomechanical resonators in liquids Eduardo Gil Santos, Matériaux et Phénomènes Quan-ques 15:10-‐15:30 Atomic monolayer deposi?on on the surface of nanotube mechanical resonators Alexandros Tavernarakis, Ins-tut de Ciencies Fotoniques 15:30-‐15:50 Ultrahigh interlayer fric?on in mul?walled boron nitride nanotubes Antoine Niguès, Ins-tut lumière Ma-ère 15:50-‐16:10 Raman spectroscopy as a probe of mo?on and stress in suspended graphene-‐based systems Marty Laë--a, Ins-tut Néel 16:10-‐16:30 Large current noise in nanoelectromechanical systems close to con?nuous mechanical instabili?es Guillaume Weick, Ins-tut de Physique et Chimie des Matériaux de Strasbourg 67
Room Vauquelin
Room Vauquelin
Symposia
MC20 : Semiconductors I: Coherence proper]es in semiconductor quantum dots Monday 25th 14:00 -‐16:30 -‐ Room Vauquelin
14:00-‐14:30 Semiconductor quantum dots: Storing coherent quantum states and genera?ng indis?nguishable single photons S. Höfling, School of Physics and Astronomy, University of St Andrews
14:30-‐14:45 Shape Dependence of Quantum Dot Heavy-‐Hole Eigenstates Eoin O'Reilly, University College Cork, Tyndall Na-onal Ins-tute 14:45-‐15:00 Cavity-‐enhanced coherent nonlinear response of a single strongly-‐confined InAs quantum dot Jacek Kasprzak, Ins-tut Néel 15:00-‐15:15 Tuning photon indis?nguishability in resonantly-‐driven semiconductor quantum dots Raphaël Proux, Laboratoire Pierre Aigrain 15:15-‐15:45 Resonantly sca;ered photons from a “noisy” quantum dot in a planar cavity antenna Brian Gerardot, Heriot-‐WaA University 15:45-‐16:00 Indis?nguishable single photons emi;ed by quantum dots under resonant excita?on without post-‐selec?on Léonard Monniello, In-tut des nanosciences de Paris 16:00-‐16:15 Electron-‐nuclear spin coupling effects in highly symmetrical GaAs quantum dots under op?cal pumping condi?ons Louis Bouet, Laboratoire de physique et chimie des nano-‐objets -‐ Mael Vidal, Laboratoire de physique et chimie des nano-‐objets 16:15-‐16:30 Interplay of spin-‐orbit and hyperfine interac?ons in dynamical nuclear polariza?on in semiconductor double quantum dots Marko Rancic, University of Konstanz -‐ Guido Burkard, University of Konstanz Tuesday 26th 14:00 -‐16:30 – Room Vauquelin
14:00-‐14:15 Correla?on of photoluminescence Spectroscopy and Atom Probe Tomography on CdxZn1-‐xSe quantum dots Hammouda Benallali, Ins-tut des Matériaux, de Microélectronique et des Nanosciences de Provence 14:15-‐14:30 Magneto-‐spectroscopy of highly charged excitons in charge-‐tuneable GaAs/AlGaAs [111] quantum dots Mael Vidal, Laboratoire de physique et chimie des nano-‐objets -‐ Louis Bouet, Laboratoire de physique et chimie des nano-‐objets 14:30-‐15:00 Robust Exciton Popula?on Inversion by Off-‐resonant Pumping in a Single Quantum Dot F. Liu, Department of Physics and Astronomy, University of Sheffield 15:00-‐15:15 Exploi?ng decoherence to produce indis?nguishable single photons from quantum dots in cavi?es Thomas Grange, Ins-tut Néel 68
15:15-‐15:30 Spectroscopic signature of the en?re band-‐edge exciton fine structure in single CdSe nanocrystals Chiara Sinito, Laboratoire Photonique, Numérique et Nanosciences 15:30-‐15:45 Radia?ve life?me of excitons in high energy GaN/AlN quantum dots Julien Sellés, Laboratoire Charles Coulomb 15:45-‐16:15 Cavity-‐enhanced two-‐photon interference with remote quantum dots Valérian Giesz, Laboratoire de Photonique et Nanostructures 16:15-‐16:30 A chip integrated source of direc?onally entangled photons Marc-‐André Dupertuis, Laboratory of Quantum Optoelectronics, Ecole Polytechnique Fédérale de Lausanne (EPFL)
69
Room Géranium Room Géranium
Room Géranium
Symposia
MC21 : Semiconductors II: TeraHertz (THz) Physics and Applica]ons Tuesday 26th 14:00 -‐16:30 – Room Géranium
14:00-‐14:30 THz wireless communica?ons using plasma-‐wave detectors
Stéphane Blin, Ins-tut d'Électronique du Sud, Université Montpellier 2 14:30-‐14:45 Near-‐field microscopy: from MIR to THz
Jean-‐François Lampin, Ins-tut d'électronique, de microélectronique et de nanotechnologie 14:45-‐15:00 On-‐Chip Terahertz Measurements of Mesoscopic Semiconductor Systems at sub-‐Kelvin Temperatures
Chris Wood, School of Electronic and Electrical Engineering, University of Leeds 15:00-‐15:15 Towards Pulsed Millimetre-‐Wave Radars with Sub-‐Picosecond Temporal Precision Based on Miniature, Collapsing-‐Domain-‐Based Source
Sergey Vainshtein, Electronics Laboratory/University of Oulu 15:30-‐15:45 Transient terahertz emission from photon drag effect in mul?layer graphene under op?cal excita?on
Simon HUPPERT, Laboratoire Pierre Aigrain 15:45-‐16:00 Unbiased InP Double Heterojunc?on Bipolar Transistor as Room Temperature Terahertz Detector
Dominique Coquillat, Laboratoire Charles Coulomb (UMR 5221) CNRS-‐Université Montpellier 2 16:00-‐16:15 Semiconductor superlayces with massless dispersion rela?ons
Francesca Carosella, Laboratoire Pierre Aigrain 16:15-‐16:30 Nanowire-‐based terahertz quantum cascade devices
Thomas Grange, Ins-tut Néel Thursday 28th 11:30 -‐12:15 – Room Géranium
11:30-‐11:45 Phased-‐locked arrays of THz surface-‐emiyng quantum cascade lasers
Yacine Halioua, Ins-tut d'Electronique Fondamentale
11:45-‐12:00 Hollow metallic waveguides coupled to terahertz quantum cascade lasers
Yash Shah, Cavendish Laboratory -‐ University of Cambridge 12:00-‐12:15 Single mode opera?on of coupled-‐cavity terahertz quantum cascade lasers Hua Li, Matériaux et Phénomènes Quan-ques
Thursday 28th 14:00 -‐16:30 – Room Géranium
14:00-‐14:15 Berreman Modes for the Ultra-‐Strong Coupling Regime
Benjamin Askenazi, Université Paris Diderot, Sorbonne Paris Cité, Laboratoire Matériaux et Phénomènes Quan-ques
14:15-‐14:30 Intersubband polaritons in dispersive metal-‐insulator-‐metal resonators
Jean-‐Michel Manceau, Ins-tut d'électronique fondamentale 70
14:30-‐14:45 Quantum Model of Coupling between Intersubband Plasmons
Giulia Pegolo‚, Laboratoire Matériaux et Phénomènes Quan-ques
14:45-‐15:00 Op?cal sideband genera?on with Mid-‐infrared quantum cascade lasers up to room temperature
Sarah Houver, Laboratoire Pierre Aigrain 15:00-‐15:15 Injec?on locking of mid-‐infrared quantum cascade laser embedded into a micro-‐strip line
Margaux Renaudat Saint-‐Jean, Laboratoire Matériaux et Phénomènes Quan-ques 15:30-‐15:45 Injec?on seeding of metal-‐metal Terahertz quantum cascade lasers Feihu WANG, Laboratoire Pierre Aigrain 15:45-‐16:00 Free carrier absorp?on and dopant engineering in mul?well heterostructures
Camille NDEBEKA-‐BANDOU, Laboratoire Pierre Aigrain 16:00-‐16:15 Terahertz bremsstrahlung by plasmons in two-‐dimensional electron gas
Denis Fateev, Kotelnikov Ins-tute of Radio Engineering and Electronics, Russian Academy of Science 16:15-‐16:30 Electronic Sca;ering and Popula?on Inversion in Landau Level System in Resonant Tunneling Periodic Quantum Well Structures with an Asymmetric Period.
Maksim Telenkov, P.N.Lebedev Physical Ins-tute, Na-onal University of Science & Technology "MISIS" 71
Symposium MC 22 -‐ Tuesday 26th 14:00 -‐17:00
Symposium MC 22 -‐ Thursday 28th 14:00 -‐16:30
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Symposia
MC 22 : Semiconductors III: Single Dopant Impuri]es and Quantum Informa]on Tuesday 26th 14:00 -‐17:00 – Room Tanret 1
14:00-‐14:45 Determinis?c ion implanted single atom arrays in silicon and diamond David Jamieson, Australian Research Council Centre of Excellence for Quantum Computa-on and Communica-on Technology 14:45-‐15:00 Spa?ally resolving valley quantum interference of a donor in silicon Joe Salfi, Centre for Quantum Computa-on and Communica-on Technology 15:00-‐15:15 Quantum nano op?cs of defect centers in diamond and h-‐BN with nano-‐cathodoluminescence Sophie Meuret, Laboratoire de Physique des Solides 15:15-‐15:45 Spin in silicon vacancy color centers in diamond Chris-an Hepp, Universität des Saarlandes 15:45-‐16:00 Use of photon an?bunching to determine posi?on of NV centres below diffrac?on limit Daniele GaAo Mon-cone, Università di Torino 16:00-‐16:15 Electrical manipula?on of ensemble donors' spin in silicon
Gary Wolfowicz, Department of Materials, London Centre for Nanotechnology, University College London 16:15-‐16:45 Intrinsic Spin S=1 Centers in Cubic Silicon Carbide And their use for quantum informa?on processing
Khashayar Khazen, Sorbonne Universités, UPMC Université Paris 06, UMR 7588
Thursday 28th 14:00 -‐16:30 – Room Fougère
14:00-‐14:30 Single donor electronics in silicon Xavier Jehl, SPSMS, UMR-‐E CEA / UJF-‐Grenoble 14:30-‐14:45 Interplay between valley-‐orbit couplings at donor atoms and interfaces in silicon nanostructures Mykhailo Klymenko, Department of Theore-cal Physical Chemistry, University of Liege 14:45-‐15:00 A high-‐sensi?vity gate-‐based charge sensor in silicon Fernando Gonzalez-‐Zalba, Hitachi Cambridge Laboratory 15:00-‐15:15 Single donor qubits in isotopically purified 28-‐Si: New benchmarks for solid-‐state qubits Juha Muhonen, Centre for Quantum Computa-on and Communica-on Technology, University of New South Wales 15:15-‐15:30 Coherence ?me of 29Si nuclear spins coupled to 31P donor electron spin in silicon Pierre-‐Andre Mortemousque, School of Fundamental Science and Technology, Keio University 15:30-‐15:45 Probing the spin states of a single acceptor atom in silicon Joost van der Heijden, The University of New South Wales, Australia, Centre for Quantum Computa-on and Communica-on Technology 15:45-‐16:00 GHz photon-‐ac?vated hopping between localized states in silicon quantum dot structures Thierry Ferrus, Hitachi Cambridge Laboratory 72
16:00-‐16:15 Coherence and relaxa?on ?me of electron or hole spins localized on a doping impurity immerged in a CdTe quantum well Patricio Grinberg, Ins-tut des NanoSciences de Paris
16:15-‐16:30 Macroscopic polariza?on rota?on induced by a single confined spin: a cavity-‐based spin-‐
photon interface Jus-n DEMORY, Laboratoire de Photonique et de Nanostructures 73
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Symposia
MC23 : Sor Condensed MaCer I: Physics of Granular Media Monday 25th 11:30 -‐12:30 – Bussy theater 11:30-‐11:45 Experiments and Numerical Simula?ons on Bo;om Par?cles Segrega?on under the ac?on of surface waves. Alexander EZERSKY, Morphodynamique con-nentale et cô-ère 11:45-‐11:55 The stra?fica?on of regolith on celes?al objects Rainer Schräpler, Ins-tut für Geophysik und extraterrestrische Physik, University of Braunschweig, 11:55-‐12:10 Par?cle size-‐segrega?on and spontaneous levee forma?on in geophysical granular flows James Baker, The University of Manchester [Manchester] 12:10-‐12:20 Linking aero-‐fracture evolu?on to the acous?c emissions in a very fine granular medium Semih Turkaya, Ins-tut de physique du globe de Strasbourg 12:20-‐12:30 Granular collapse in water: toward tsunami-‐genera?ng landslides Alban Sauret, Princeton University Monday 25th 14:00 -‐16:30 – Bussy theater
14:00-‐14:10 Well-‐posed and ill-‐posed behaviour in the mu(I)-‐rheology for dense granular flows Thomas Barker, Department of Mathema-cs [Manchester] 14:10-‐14:25 Flexible intruder penetra?on in a dense granular medium Nicolas Algarra, Physique et mécanique des milieux hétérogenes 14:25-‐14:35 Granular flow on an inclined plane through a pillar array Yann BERTHO, Fluides, automa-que, systèmes thermiques 14:35-‐14:50 Numerical velocity and stress fields around a disk moving through a 2D granular medium Antoine Seguin, Service de physique de l'état condensé, Fluides, automa-que, systèmes thermiques -‐ Philippe GONDRET, Fluides, automa-que, systèmes thermiques 14:50-‐15:00 Surface deforma?on of a granular bed induced by the penetra?on or withdrawal of an object Philippe Gondret, Fluides, automa-que, systèmes thermiques 15:00-‐15:15 Characteriza?on of vibrated granular suspensions by rheological and diffusing wave spectroscopy measurements Caroline Hano-n, Université de Lorraine 15:15-‐15:25 Non-‐local rheology for confined granular flows Adrien IZZET, Physique et mécanique des milieux hétérogenes 15:25-‐15:40 Non-‐locality in dense granular flows Mehdi Bouzid, Physique et mécanique des milieux hétérogenes 15:40-‐15:50 Informa?on entropy calcula?ons for vibrated granular ensembles Marcos Salazar, Laboratoire Interdisciplinaire Carnot de Bourgogne 74
15:50-‐16:05 Nonlinear Rheology of Sheared Granular Fluid: A Reduc?on from Grad-‐ level Theory with Anisotropic Gaussian Meheboob Alam, Jawaharlal Nehru Centre for Advanced Scien-fic Research 16:05-‐16:15 The Non-‐Universal Voronoi Diagram of Random Ellipsoid Packings Fabian Schaller, Ins-tut für theore-sche Physik, Universität Erlangen-‐Nürnberg, Max Planck Ins-tute for Dynamics and Self-‐Organiza-on 16:15-‐16:30 Four ensembles for soX granular ma;er in a force-‐moment space Ignacio Tejada, Laboratoire Navier Tuesday 26th 11:30 -‐12:30 – Bussy theater
11:30-‐11:45 Positron Emission Par?cle Tracking of granular flows in rota?ng drums Indresan Govender, Department of Physics (Cape Town) 11:45-‐11:55 Terahertz Inves?ga?ons in Granular Media Philip Born, DLR-‐Ins-tute of Materials Physics in Space 11:55-‐12:10 Visualiza?on of granular packings by refrac?ve index matching Frank Rietz, Max Planck Ins-tute for Dynamics and Self-‐Organiza-on 12:10-‐12:20 Revealing the structure of a granular medium through ballis?c sound propaga?on Sébas-en Lherminier, Ins-tut Lumière-‐Ma-ère 12:20-‐12:30 Order-‐disorder transi?ons in a 2D magne?c granular medium Simon Merminod, Laboratoire Ma-ère et Systèmes Complexes
Tuesday 26th 14:00 -‐16:30 – Bussy theatre
14:00-‐14:15 DEM-‐CFD coupling applied to bed load transport Raphael Maurin, Irstea, Grenoble, ETNA 14:15-‐14:25 Wet granular dynamics: From single par?cle bouncing to collec?ve mo?on Kai Huang, Experimentalphysik V, Universitaet Bayreuth, 95440 Bayreuth, Germany 14:25-‐14:40 Immersed collision between a sphere and a textured wall Thibault Chastel, Physique et mécanique des milieux hétérogenes 14:40-‐14:50 Destabiliza?on of an immersed granular bed by localized thermal convec?on Eric Herbert, Laboratoire LIED 14:50-‐15:05 Oscilla?ng gas flow induces repta?on of granular droplets Jean-‐Christophe GEMINARD, Laboratoire de Physique de l'ENS Lyon 15:05-‐15:15 Jamming of liquid marbles Guillaume Lagubeau, Université de Liège 15:15-‐15:30 Measurement of a shear-‐induced par?al pressure in a bidisperse suspension Jérôme Mar-n, Fluides, automa-que, systèmes thermiques 15:30-‐15:40 Fiber suspension rheology Nahed Sihem BOUNOUA, Laboratoire de Physique de la Ma-ére Condensée Nice 15:40-‐15:50 Erosion of a dry granular bed by an impinging ver?cal round gas jet Georges Gauthier, Fluides, automa-que, systèmes thermiques 15:50-‐16:00 A Monte Carlo method applied to the resuspension of small par?cles Jesica Benito, Ins-tuto de Física Aplicada, Departamento de Física, Facultad de Ciencias Físico Matemá-cas y Naturales, Universidad Nacional de San Luis 16:00-‐16:10 (Withdrawn)
16:10-‐16:20 Relaxa?on phenomena and coopera?ve length scale at dynamic glass transi?on in glass forming liquid
Rijal Bidur, AMME-‐LECAP EA4528, Interna-onal Laboratory, Ins-tut des Matériaux de Rouen, Université et INSA de Rouen 75
Thursday 28th 11:30 -‐12:30 – Bussy theater
11:30-‐11:45 Magne?c Resonance Imaging of Granular Ma;er Alexander Penn, Swiss Federal Ins-tute of Technology in Zurich 11:45-‐11:55 (withdrawn) 11:55-‐12:10 Analysis of Internal Stability of Granular Materials on Triaxial Paths using DEM method. Tariq OUAHBI, UMR CNRS 6294, LOMC, Université du Havre 12:10-‐12:20 Experimental and Numerical Evalua?on of the Residence Time Characteris?cs on a Forward Ac?ng Grate Bernhard Peters, Faculté des Sciences, de la Technologie et de la Communica-on 12:20-‐12:30 A Contribu?on to the Numerical Simula?on of Aggregate Crushing : a Numerical Approach Aurélien Neveu, Granulats et Procédés d'Elabora-on des Matériaux Thursday 28th 14:00 -‐16:30 – Bussy theatre
14:00-‐14:10 Granular segrega?on in horizontal, rota?ng cylinders: Is the percola?on mechanism hampered by par?cle shape? Guang Lu, Ins-tute of Energy Technology, ETH Zürich 14:10-‐14:25 High-‐velocity drag fric?on in granular media near the jamming point Ko Okumura, Ochanomizu Univeristy 14:25-‐14:35 Soliton-‐like Shock Waves in Granular Materials Siet van den Wildenberg, Ins-tut Langevin, ESPCI ParisTech 14:35-‐14:50 Universality of temperature distribu?on in granular gas mixtures with a steep par?cle size distribu?on Anna Bodrova, Moscow State University, Faculty of Physics 14:50-‐15:00 Microstructure of a plas?c granular flow before failure Jérôme Crassous, Ins-tut de Physique de Rennes, France
15:00-‐15:15 Shear SoXening above Jamming Coren-n Coulais, Leiden Ins-tute of Physics, University of Leiden, Service de physique de l'état condensé, Fluides, automa-que, systèmes thermiques 15:15-‐15:25 The Brazil Nut effect under varying gravita?on and excita?on Ingo von Borstel, Ins-tut für Geophysik und extraterrestrische Physik, University of Braunschweig 15:25-‐15:40 Non-‐affine response and stochas?cs of overlaps in two-‐dimensional jammed soX par?cles Kuniyasu Saitoh, University of Twente, the Netherlands
15:40-‐15:50 (Withdrawn) 15:50-‐16:05 On the Origin of Axial Segrega?on in Spherical Rota?ng Tumbler Umberto D'Ortona, Laboratoire de Mécanique, Modélisa-on et Procédés Propres 16:05-‐16:15 Transi?ons in a granular monolayer subjected to a gradient of vibra?on Pierre Molho, Ins-tut Néel, Grenoble, France
16:15-‐16:30 Nonlinear Vibra?onal Response in Fric?onal Sphere Packings Thibault Bertrand, Department of Mechanical Engineering and Material Science, Yale University 76
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Symposia
MC24 : Sor Condensed MaCer II: Sor Interfaces Monday 25th 11:30 -‐12:30 -‐ Bourquelot theater
11:30-‐11:45 Molecular Dynamics Simula?ons of Terraced Weyng Revisited Isele-‐Holder Rolf, RWTH Aachen University 11:45-‐12:00 Contact line dynamics: model surfaces and controlled defects Romain Lhermerout, Laboratoire de Physique Sta-s-que de l'ENS 12:00-‐12:15 The polygonal hydraulic jump: an iner?al lubrica?on theory applica?on Nicolás Rojas, Centro de Inves-gación y Modelamiento de Fenómenos Aleatorios -‐ Valparaíso, Universidad de Valparaíso 12:15-‐12:30 Sum frequency and second harmonic genera?on from the surface of a liquid microjet Nikolay Smolentsev, Ecole Polytechnique Fédérale de Lausanne Monday 25th 14:00 -‐16:30 – Bourquelot theater
14:00-‐14:15 Weyng and drying of liquid on crossed fibers Alban Sauret, Princeton University 14:15-‐14:30 From elastocapillary leveling to bio-‐elastocapillarity Marco Rive‚, Max Planck Ins-tute for Dynamics and Self-‐Organiza-on 14:30-‐14:45 Elastocapillary stretching of fibers Camille Duprat, Laboratoire d'hydrodynamique 14:45-‐15:00 Levita?on: from drops to plas?c cards Dan Soto, Physique et mécanique des milieux hétérogenes 15:00-‐15:15 Surfing a magne?c wave Eline Dehandschoewercker, Physique et mécanique des milieux hétérogenes, Laboratoire d'hydrodynamique 15:30-‐15:45 Fast propaga?on of cavita?on nuclea?on in natural and ar?ficial systems Xavier Noblin, Laboratoire de physique de la ma-ère condensée, Université de Nice, France
15:45-‐16:00 Burs?ng dynamics of rigid soap films Marie Le Merrer, Ins-tut Lumière Ma-ère 16:00-‐16:15 Dynamic Leidenfrost Effect Anaïs GAUTHIER, Laboratoire d'hydrodynamique, Physique et mécanique des milieux hétérogenes 16:15-‐16:30 Cold Leidenfrost effect Philippe Bourrianne, Physique et mécanique des milieux hétérogenes 77
Tuesday 26th 11:30 -‐12:30 – Bourquelot theater
11:30-‐11:45 Phase behavior of fully penetrable par?cles Mukta Tripathy, Indian Ins-tute of Technology Bombay 11:45-‐12:00 Iner?a-‐like mo?on of nema?c disclina?on Takuya Yanagimachi, University of Tsukuba 12:00-‐12:15 Molecular Dynamics Study of Mixed Alkanethiols on Gold Surfaces at Three Different Arrangements Maria Natália Dias Soeiro Cordeiro, University of Porto 12:15-‐12:30 Fa;y Amines and Colloidal Par?cles at the Oil-‐Water Interface Joe Forth, University of Edinburgh
Tuesday 26th 14:00 -‐16:30 – Bourquelot theater
14:00-‐14:15 Stability of a falling viscous sheet Claude Perdigou, Ins-tut Jean Le Rond d'Alembert 14:15-‐14:30 Elastocapillary snap-‐through: using an elas?c instability to climb in the gravity field Aurelie FargeAe, Ins-tut Jean Le Rond d'Alembert, Département de Physique, Ecole Normale Supérieure 14:30-‐14:45 Wrinkling of Interfacial Membranes and Layers Dominic Vella, Mathema-cal Ins-tute, Oxford, U.K.
14:45-‐15:00 Compression of granular raXs E-enne Jambon-‐Puillet, Ins-tut Jean Le Rond d'Alembert 15:00-‐15:15 Drag Control through Wrinkling on Curved Surfaces Denis Terwagne, Université Libre de Bruxelles, Brussels, Belgium
15:30-‐15:45 Roadmap to the morphological instabili?es of a stretched twisted ribbon Vincent Demery, Department of Physics, University of MassachuseAs, Amherst, USA 15:45-‐16:00 Crumpling of thin sheets: the effect of plas?city on the crumpling force Mehdi Habibi, Ins-tute of physics, University of Amsterdam, the Netherlands 16:00-‐16:15 Elas?c Metamaterials Coren-n Coulais, Leiden Ins-tute of Physics, University of Leiden 16:15-‐16:30 Origami mechanics Frédéric Lechenault, Laboratoire de Physique Sta-s-que de l'ENS Thursday 28th 11:30 -‐12:30 – Bourquelot theater
11:30-‐11:45 Crack Front Dynamics in Rapid Fracture Itamar Kolvin, The Racah Ins-tute of Physics, The Hebrew University of Jerusalem 11:45-‐12:00 Fracture of bri;le layers coa?ngs on soX plas?c substrates Joel Marthelot, PMMH 12:00-‐12:15 Mechanical instabili?es induced by consolida?on of colloidal suspensions Ludovic Pauchard, Fluides, automa-que, systèmes thermiques 12:15-‐12:30 Fracture of thin sheet of soX solidified foam: interplay of visco-‐ and plasto-‐elas?city Ko Okumura, Ochanomizu University Thursday 28th 14:00 -‐16:30 – Bourquelot theater
14:00-‐14:15 S?ck-‐slip instability of adhesive peeling: Evidence for an effec?ve iner?a of the fracture Pierre-‐Philippe Cortet, Laboratoire FAST 78
14:15-‐14:30 Fric?on in the peeling test Suomi Ponce, PMMH 14:30-‐14:45 Classical shear cracks drive the onset of fric?onal mo?on Ilya Svetlizky, The Racah Ins-tute of Physics, The Hebrew University of Jerusalem 14:45-‐15:00 Dynamical processes in fric?on in a bimaterial system Hadar Shlomai, The Hebrew University of Jerusalem 15:00-‐15:15 Experimental evidence of how lubrica?on affecs the dynamics of a fric?onal interface Elsa Bayart Schweizer, The Racah Ins-tute of Physics, The Hebrew University of Jerusalem 15:30-‐15:45 Interdigita?on dynamics of PS end-‐tethered polymer chains and slip at interfaces Alexis Chennevière, Laboratoire de Physique des Solides 15:45-‐16:00 A direct quan?ta?ve measure of surface mobility in a glassy polymer Thomas Salez, Laboratoire de Physico-‐Chimie Théorique 16:00-‐16:15 Fracture of a solid with vanishing elas?c modulus Maxime LEFRANC, EC2M, Laboratoire Gulliver UMR CNRS 7083 16:15-‐16:30 Crack analysis in disordered fibers network with unilateral cons?tu?ve law Omar Mahmood, Ins-tut Jean le Rond d'Alembert, UPMC and CNRS
16:30-‐16:45 Energy's probability distribu?on in scale invariant processes: the effect of ?me correla?ons
Menka Stojanova, Ins-tut Lumière Ma-ère, Université Lyon II, Villeurbanne, France
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MC25 : Sor Condensed MaCer III: Drops and emulsions versus bubbles and foams Monday 25th 11:45 -‐12:30 -‐ Room Aubépine
11:45-‐12:15 Physics of bubble genera?on. A specific procedure for the mass genera?on of monodisperse, micron-‐sized coated bubbles. Jose Manuel Gordillo, Escuela Superior de Ingenieros, Universidad de Sevilla 12:15-‐12:30 Water droplets can swim! Ziane IZRI, EC2M, Laboratoire Gulliver UMR CNRS 7083 Monday 25th 14:00 -‐16:30 – Room Aubépine
14:00-‐14:30 Con?nuous Droplet Interface Crossing Encapsula?on (cDICE): ar?ficial cells and capsules Gladys Massiera, Laboratoire Charles Coulomb -‐ Université de Montpellier 2 14:30-‐14:45 Mul?layer assembly of polymers on liquid interfaces for encapsula?on Coren-n Tregouet, Sciences et Ingénierie de la Ma-ère Molle, Laboratoire Microfluidique, MEMS, Nanostructures 14:45-‐15:00 Making fine and calibrated emulsions with microfluidics Nicolas Bremond, Laboratoire Colloïdes et Matériaux Divisés 15:00-‐15:15 Genera?on of monodisperse micron-‐sized emulsion through Flow-‐Focusing Alvaro Evangelio Sanchez, Departamento Mecánica de Fluidos e Ingenieria Aeroespacial. Escuela Superior de Ingenieros. Universidad de Sevilla [Seville] 15:15-‐15:30 Introduc?on of gas bubbles inside non-‐Newtonian fluids using a T-‐junc?on Benoit Laborie, Laboratoire Navier 15:30-‐15:45 Flow of foam in model porous media Virginie Hourtané, LOF-‐Solvay 15:45-‐16:00 Wall slip of wet foams Sylvie Cohen-‐Addad, Ins-tut des Nanosciences de Paris 16:00-‐16:15 Capillary rise of oil in aqueous foams Rémy Mensire, Laboratoire Navier 16:15-‐16:30 Capillary-‐hydraulic jump in liquid foams Alexandre Cohen, Laboratoire de physique de la ma-ère condensée Tuesday 26th 11:30 -‐12:30 – Room Aubépine
11:30-‐11:45 Drop impact on solid surface : short ?me self similarity Julien Philippi, Ins-tut Jean Le Rond d'Alembert 80
11:45-‐12:00 Drop forma?on in gravita?onally stretched Newtonian liquid jets: experiments and global linear frequency response analysis Paula Andrea Consoli Lizzi, Fluid Mechanics Research Group, Universidad Carlos III de Madrid 12:00-‐12:15 Ligament characteriza?on in electric microdripping Antonio J. Hijano, Universidad de Malaga 12:15-‐12:30 Coalescence and non-‐coalescence of a liquid droplet to a bath of the same liquid in a confined space under sta?c electric field Ko Okumura, Ochanomizu University Tuesday 26th 14:00 -‐16:30 – Room Aubépine
14:00-‐14:30 Rupture and genera?on of free-‐standing or coated soap films Emmanuelle Rio, Laboratoire de Physique des Solides 14:30-‐14:45 Small bubbles burs?ng at a free surface: from sea water to Champagne wine Elisabeth Ghabache, Ins-tut Jean Le Rond d'Alembert 14:45-‐15:00 Non-‐local elas?c bubble or droplet interac?ons in foams or emulsions Reinhard Hohler, Ins-tut des Nanosciences de Paris, Université Paris-‐Est 15:00-‐15:15 Force-‐strain study of 2D soap bubbles Damien Cuvelier, Laboratoire Physico-‐Chimie Curie 15:15-‐15:30 Retrac?on of a liquid film with hydrophobic par?cles on its interfaces: jamming and dynamics. Yousra Timounay, Laboratoire Navier 15:30-‐15:45 Making and breaking bridges in Pickering emulsions French David, School of Physics and Astronomy -‐ University of Edinburgh 15:45-‐16:00 Flow and Jamming of Granular Suspension in Foams Benjamin Haffner, Laboratoire Navier 16:00-‐16:15 Nanopar?cle Adsorp?on and Crossing of Fluid Interfaces Antonio Stocco, Laboratoire Charles Coulomb 16:15-‐16:30 Role of dilute oil in water emulsion in the destabiliza?on mechanism of a free radially expanding liquid sheet in air Chris-an Ligoure, Laboratoire Charles Coulomb Thursday 28th 11:30 -‐12:30 – Room Parmen]er
11:30-‐11:45 The quasi-‐sta?c growth of CO2 bubbles Detlef Lohse, University of Twente [Twente] 11:45-‐12:00 An?bubble dynamics: compe??on between gas absorp?on and drainage Benoit Scheid, Université Libre de Bruxelles (TIPs) 12:00-‐12:15 Physics of beer foaming-‐over Javier Rodriguez-‐Rodriguez, Carlos III University of Madrid 12:15-‐12:30 Mass transfer around a rising bubble in a high viscous liquid undergoing a reversible chemical reac?on Franck Pigeonneau, Surface du Verre et Interfaces 81
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MC26 : Sta]s]cal challenges in Single-‐Par]cle Tracking Monday 25th 11:30 -‐12:30 -‐ Room Tanret 4
11:30-‐12:00 Move, dither, move, dither. On the structure of random walks and single-‐par?cle trajectories Michael Saxton, University of California , Davis 12:00-‐12:30 Mapping the Mapping the Energy and Diffusion Landscapes of Membrane Proteins at the Cell Surface Using High-‐Density Single-‐Molecule Imaging and Bayesian Inference Maxime Dahan, Physico-‐Chimie-‐Curie Monday 25th 14:00 -‐16:30 – Room Tanret 4
14:00-‐14:30 Intracellular mo?on in Acanthamoeba castellanii Chris-ne Selhuber-‐Unkel, Ins-tute for Materials Science, University of Kiel
14:30-‐15:00 Diffusion and Microrheology in Viscoelas?c Media: Effects of Iner?a and Non-‐Conserva?ve Forces Jay Schieber, Illinois Ins-tute of Technology 15:00-‐15:30 Op?mal es?ma?on of diffusion coefficients from single-‐par?cle trajectories Henrik Flyvbjerg, Department of Micro-‐ and Nanotechnology, Technical University of Denmark 15:30-‐16:00 Subdiffusive mo?on of tracers in a viscoelas?c medium with hydrodynamic interac?ons Mahsa Vahabi, Laboratoire de Physique de la Ma-ère Condensé, Department of Physics and Astronomy 16:00-‐16:30 Single file mo?on in an ageing environment
Ralph Metzler, Chair of Theore-cal Physics, University of Potsdam, and Dis-nguished Professor, Tampere University of Technology
11:30-‐12:00 Intracellular Transport Phenomena addressed by Single Par?cle Tracking and Local Mean Squared Displacement Analysis Doris Heinrich, Leiden Ins-tute of Physics 12:00-‐12:30 Experimental and analy?cal pi•alls of Single-‐Par?cle Tracking Laurence Salomé, Ins-tut de Pharmacologie et de Biologie Structurale Tuesday 26th 14:00 -‐16:30 – Room Tanret 4
14:00-‐14:30 Modeling Ac?ve Fluctua?ons in Living Ma;er
E-enne Fodor, Ma-ère et Systèmes Complexes, Université Paris Diderot
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14:30-‐15:00 Boundary effect on diffusive proper?es in a confined random walk Takuma Akimoto, Keio University -‐ Kazuhiko Seki, Advanced Industrial Science and Technology 15:00-‐15:30 A flexible experimental framework for valida?ng theore?cally and methodologically individual cell trajectories Paul Bourgine, BioEmergences-‐Ins-tut de Neurobiologie Alfred Fessard 15:30-‐16:00 Mapping Without Tracking Jean-‐Bap-ste Masson, physique des systems biologiques, CNRS UMR 3525 16:00-‐16:30 Mul?par?cle Tracking On The Embryogenesis Of The Zebrafish Juan Simoes, Ins-tut de Neurobiologie Alfred Fessard, Laboratoire de Physique de la Ma-ère Condensée Thursday 28th 11:30 -‐12:30 – Room Tanret 4
11:30-‐12:00 Par?cle tracking of colloids in microchannel flow Somnath Ghosh, University of Twente, the Netherlands 12:00-‐12:30 Tethered par?cle analysis of supercoiled circular DNA reveals a sharpening of the epigene?c lambda switch Lene Oddershede, Niels Bohr Ins-tute, Copenhagen Thursday 28th 14:00 -‐16:30 – Room Tanret 4
14:00-‐14:30 Uncertain?es in single-‐par?cle tracking Xavier Michalet 14:30-‐15:00 Non-‐invasive es?ma?on of dissipa?on from non-‐equilibrium fluctua?ons David Lacoste, Laboratoire de Physico-‐Chimie Théorique 15:00-‐15:30 Inves?ga?ng and Classifying the Confinement Poten?als felt by Cell Membrane Receptors Maximilian Richly, Laboratoire d'Op-que et Biosciences, Ecole Polytechnique, Palaiseau 15:30-‐16:00 In silico single-‐molecule manipula?on with physics engines Jean-‐Marc Victor, Université Pierre et Marie Curie -‐ Paris 6 16:00-‐16:30 Distribu?on of the posi?ons of the scouts in a popula?on of invaders with contact interac?ons Christophe Deroulers, Imagerie et Modélisa-on en Neurobiologie et Cancérologie 83
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MC27 : Physics of pharmaceu]cal amorphous solids Thursday 28th 11:30 -‐12:30 – Room Aubépine
11:30-‐12:00 Control and manipula?on of the crystal/amorphous duality of pharmaceu?cals Marc Descamps, University Lille1 12:00-‐12:15 Pressure as a key factor to inves?gate dynamics and crystalliza?on kine?cs of amorphous pharmaceu?cals Simone Capaccioli, Enrico Fermi -‐ Dipar-mento di Fisica 12:15-‐12:30 Stable Glassy Thin Films of Paracetamol by Electrospray Deposi?on Ivo Rietveld, Laboratory of Physical Chemistry, Faculté de Pharmacie Thursday 28th 14:00 -‐16:30 – Room Aubépine
14:00-‐14:15 Molecular Mobility as a Key Factor Controlling the Physical Stability of Amorphous Pharmaceu?cs Marian Paluch, Ins-tute of Physics, University of Silesia 14:15-‐14:30 Glass Forming Ability and Thermodynamics of Pharmaceu?cals Limin Wang, State Key Lab of Metastable Materials Science and Technology, College of Materials Science and Engineering, Yanshan University, Qinhuangdao, Hebei, 066004 14:30-‐14:45 Inves?ga?on of the Crystal to Glass Transforma?on of β-‐trehalose Induced by Milling Pierre Bordet, Ins-tut Néel 14:45-‐15:00 Pharmaceu?cals: molecular modelling approaches Fréderic Affouard, Unité Matériaux et Transforma-ons, Université Lille I, France
15:00-‐15:15 Ultrastable glasses of celecoxib: growth front into supercooled liquid and crystalliza?on Javier Rodriguez-‐Viejo, Universitat Autònoma de Barcelona 15:15-‐15:30 Vibra?onal dynamics and stability of amorphous Indomethacin Eva Pogna, Dipar-mento di Fisica, Rome -‐ Tullio Scopigno, Dipar-mento di Fisica, Rome
15:30-‐15:45 Dynamics as a func?on of temperature and pressure for drug 3-‐(2-‐methyl-‐5-‐nitroimidazol-‐1-‐yl)-‐
propan-‐1-‐ol Josep Lluis Tamarit, Universitat Politecnica de Catalunya 15:45-‐16:00 Sta?c and dynamic cri?cal behavior of new hydrogel drug delivery systems based on cyclodextrin Barbara Rossi, University of Trento 16:00-‐16:15 Inves?ga?on of the effect of the crystal-‐liquid interfacial free energy on the crystalliza?on capability of model pharmaceu?cal materials from molecular dynamics simula?ons Joseph Gerges, University Lille1 16:15-‐16:30 Thermal and physical stability of Amorphous Biclotymol Benjamin Schammé, Unité de Cristallogenèse, EA 3233 SMS
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Symposia MC28 : Structure and Dynamics I: Metals: Point and extended defects in metallic systems: thermodynamics and kine]cs Sponsored by Monday 25th 11:30 -‐12:30 -‐ Room Caventou
11:30-‐11:45 Chemical order tendency in metallic complex materials from their electronic structure Chris-ne Goyhenex, Ins-tut de Physique et Chimie des Matériaux de Strasbourg 11:45-‐12:00 Magne?c and Thermodynamic proper?es of face-‐centered cubic Fe-‐Ni and Fe-‐Cr-‐Ni alloys Mikhail Lavren-ev, Culham Centre for Fusion Energy 12:00-‐12:15 Predic?ve models for the phase stability of magne?c ternary Fe-‐Cr-‐Ni alloys Jan Wrobel, CCFE 12:15-‐12:30 Phase instability of stainless alloys in low-‐temperature (LT) gas-‐atmosphere – a new way for tailoring enhanced surface proper?es Corneliu SARBU, Na-onal Ins-tute of Materials Physics Tuesday 26th 11:30 -‐12:30 – Room Caventou
11:30-‐12:00 Understanding grain boundary fracture through micro-‐mechanical tes?ng and finite element modelling Sergio Lozano-‐Perez, Department of Materials -‐ University of Oxford 12:00-‐12:15 Grain boundary cohesion in bcc transi?on metals: Alloying effects revealed by density func?onal theory Lorenz Romaner, Materials Center Leoben Forschung GmbH 12:15-‐12:30 Effect of High-‐angle Grain Boundaries on Mechanical Proper?es of Low-‐carbon Steel Subjected to Warm Severe Plas?c Deforma?on Anatoliy Zavdoveev, Donetsk Ins-tute for Physics and Engineering 85
Tuesday 26th 14:00 -‐16:30 – Room Caventou
14:00-‐14:30 Atomis?c Simula?ons of Crack – Microstructure Interac?ons Erik Bitzek, Friedrich-‐Alexander-‐Universität Erlangen-‐Nürnberg 14:30-‐14:45 The proper?es of disloca?ons in 4He crystals Sébas-en BALIBAR, ENS Paris 14:45-‐15:00 Disloca?on – grain boundary interac?ons in aluminum: insights from atomis?c simula?ons Julien Guénolé, Friedrich-‐Alexander-‐Universität Erlangen-‐Nürnberg 15:00-‐15:15 Homogenisa?on theories to inves?gate the transport of extended defects Tom Swinburne, Imperial College London, EURATOM/CCFE Fusion Associa-on 15:15-‐15:30 Ab ini?o descrip?on of the Peierls poten?al of screw disloca?ons in bcc iron and its consequences on the disloca?on-‐carbon interac?on Francois Willaime, Service de Recherches de Métallurgie Physique 15:30-‐15:45 Stability of vacancies in nickel at finite temperature and implica?ons for the local solubility of hydrogen Arnaud Metsue, Laboratoire des Sciences de l'Ingenieur pour l'Environnement 15:45-‐16:00 Environmental Dependence of Point Defect Behavior in Alloys, derived from First-‐Principles Phase Stability Calcula?ons Duc Nguyen-‐Manh, Culham Centre for Fusion Energy 16:00-‐16:15 Solubility and Interac?on of C and N Inters??als in Fe-‐Nb Laves and μ Phases Alvin Noe Ladines, Interdisciplinary Center for Advanced Materials Simula-ons, Ruhr-‐
Universität Bochum 16:15-‐16:30 Ab ini?o study of hydrogen interac?on with beryllium Pavel Vladimirov, Karlsruhe Ins-tute of Technology [Eggenstein-‐Leopoldshafen] Thursday 28th 11:30 -‐12:30 – Room Caventou
11:30-‐12:00 Theore?cal Simula?ons of Point and Extended Defects in Systems with Chemical and Magne?c Disorder Igor Abrikosov, Linköping University -‐ LIU ( SWEDEN) 12:00-‐12:15 Impact of Local Magne?sm on Stacking Fault Energies: A First Principles Inves?ga?on for fcc Iron Ivan Bleskov, Max-‐Planck-‐Ins-tut für Eisenforschung 12:15-‐12:30 Defect proper?es versus magne?sm in Cr based systems from first principles Chu-‐Chun Fu, SRMP, CEA Saclay Thursday 28th 14:00 -‐16:30 – Room Caventou
14:00-‐14:30 Cr effect on radia?on damage in high purity FeCr alloys Estelle Meslin, Service de recherches de métallurgie physique 14:30-‐14:45 Defect distribu?ons from massive collision cascades in W Andrea Sand, University of Helsinki 14:45-‐15:00 Layce swelling and elas?c modulus changes in helium-‐implanted tungsten: X-‐ray micro-‐
diffrac?on, surface acous?c wave measurements and elas?city and DFT calcula?ons Felix Hofmann, Department of Engineering Science 15:00-‐15:15 Vacancy assisted diffusion and clustering of inters??al solutes in α-‐fe from first principles Caroline Barouh, Service de recherches de métallurgie physique 15:15-‐15:30 Mul?scale study of binary alloys nanostructura?on under ion beam irradia?on
Gilles Demange, Centrale Paris, Commissariat à l'énergie atomique 86
15:30-‐15:45 Kine?c Monte Carlo simula?on of the evolu?on of metallic nanopar?cles under sustained irradia?on Thi Hai Yen Vu, Laboratoire des Solides Irradiés 15:45-‐16:00 Vacancy-‐solute clusters and their effect on the thermodynamics and kine?cs of alpha-‐Fe solid solu?ons Thomas Schuler, Service de recherches de métallurgie physique 16:00-‐16:15 Simula?on of Cu precipita?on in alpha-‐Fe by kine?c path sampling Manuel Athenes, Service de recherches de métallurgie physique 16:15-‐16:30 Atomis?c modeling of carbon Co;rell atmospheres in bcc iron Osamu Waseda, Laboratoire MATEIS, INSA de Lyon 87
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Symposia
MC29 : Structure and dynamics II: Crystal morphogenesis: from par]cle-‐
mediated to polycrystalline growth Monday 25th 11:30 -‐12:30 -‐ Room Géranium
11:30-‐12:00 Phase-‐field models for the growth of liquid crystals and polycrystals: the quest for an orienta?on field Mathis Plapp, Laboratoire de physique de la ma-ère condensée, Ecole Polytechnique 12:00-‐12:15 Orienta?on-‐field model for polycrystalline solidifica?on in binary alloys with a singular coupling between order and orienta?on Bálint Korbuly, Wigner Research Centre for Physics 12:15-‐12:30 Kine?c cross coupling between non-‐conserved and conserved fields in phase field models Guillaume Boussinot, PGI 2, Forschungszentrum Juelich, MPIE Duesseldorf Monday 25th 14:00 -‐16:30 – Room Géranium
14:00-‐14:30 Morphogenesis of fluorapa?te-‐gela?ne nanocomposites
Rüdiger Kniep, MPI 14:30-‐14:45 Spherical and porous par?cles of calcium carbonate synthesized together with food friendly polymer addi?ves Niklas Hedin, Stockholm University 14:45-‐15:00 A tenta?ve model for spheroidal graphite growth from metallic solu?ons. Jacques Lacaze, Université de Toulouse 15:00-‐15:15 Phase-‐field Modeling of Spiraling Eutec?c Dendrites László Rátkai, Wigner Research Centre for Physics 15:15-‐15:30 Dynamic stability of three-‐phased solidifica?on pa;erns Sabine Bo‚n-‐Rousseau, Ins-tut des Nanosciences de Paris 15:30-‐15:45 Interrupted coarsening in generalized Cahn-‐Hilliard Model with long-‐range interac?ons Simon Villain-‐Guillot, Laboratoire Ondes et Ma-ère d'Aquitaine 15:45-‐16:00 Effect of stress on the morphological evolu?on of cylindrical and spherical solids Jérôme Colin, University of Poi-ers 16:00-‐16:15 Homoepitaxial growth of MgO thin layers on the MgO{100} surface Marc Hayoun, Laboratoire des Solides Irradiés 16:15-‐16:30 Atomic-‐scale face?ng and absence of segrega?on in CoPt nanopar?cles epitaxial on NaCl Véronique Pierron-‐Bohnes, Ins-tut de Physique et Chimie des Matériaux de Strasbourg
Tuesday 26th 11:30 -‐12:30 – Room Géranium
11:30-‐11:50 Metallic growth and ordering driven by vicinal surfaces: case of the Ag/Ni system Amandine Bellec, Synchrotron SOLEIL, Laboratoire Matériaux et Phénomènes Quan-ques 88
11:50-‐12:10 Controlling the Transi?ons of Nanopar?cles on Nanopa;erned Substrates with Electromigra?on Maxime Ignacio, Ins-tut Lumière Ma-ère 12:10-‐12:30 Suspensions of gold nanopar?cules: from interac?on to superlayces Stéphanie Hajiw, Laboratoire de Physique des Solides 89
Symposia MC30 -‐ Monday 25th 11:40 -‐12:30
Symposia MC30 -‐ Monday 25th 14:00 -‐16:30
Symposia MC30 -‐ Tuesday 26th 14:00 -‐16:30
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Symposia
MC30 : Structure and dynamics III: Molecular systems under extreme condi]ons of pressure and temperature Monday 25th 11:40 -‐12:30 – Room Narcisse
Chair: F. Datchi
11:40-‐12:10 Metallic hydrogen, the ul?mate hydride: can we approach its proper?es? Paul Loubeyre, Commissariat à l'Energie Atomique et aux Energies Alterna-ves 12:10-‐12:30 Hydrogen-‐containing systems under extreme condi?ons Chang-‐sheng Zha, Geophysical Laboratory, Carnegie Ins-tu-on of Washington Monday 25th 14:00 -‐16:30 – Room Narcisse
Chairs: F. Datchi, M. Citroni
14:00-‐14:20 Theore?cal Inves?ga?ons of high pressure solid hydrogen
Bartomeu Montserrat, Theory of Condensed MaAer, Cambridge University
14:20-‐14:40 High-‐pressure van der Waals compound Kr(H2)4 discovered in the krypton-‐hydrogen binary system AnneAe Kleppe, Diamond Light Source 14:40-‐15:00 Water and ammonia ices under extreme condi?ons Sandra Ninet, Ins-tut de Minéralogie, de Physique des Matériaux et de Cosmochimie 15:00-‐15:20 Quantum-‐Driven Phase Transi?on in High-‐Pressure Ice Yael Bronstein, Ins-tut des Nanosciences de Paris 15:20-‐15:50 Gas Hydrates at High Pressure John Loveday, University of Edinburgh 15:50-‐16:10 Chemical Bonding in CO2 and CH4 clathrate hydrates under pressure Jose Manuel Recio, MALTA Team, Universidad de Oviedo 16:10-‐16:30 Highly hydroscopic pyridine N-‐oxide at high-‐pressure Hanna Tomkowiak, Faculty of Chemistry Tuesday 26th 14:00 -‐16:30 – Room Tanret 3
Chairs: S. Klotz, F. Datchi
14:00-‐14:30 High-‐Pressure Induced New Phases and Proper?es in Typical Molecular Systems Tian Cui, State Key Lab of Superhard Materials, College of Physics, Jilin University 14:30-‐14:50 High Energy Density Mixed Polymeric Phase From Carbon Monoxide and Nitrogen Zamaan Raza, Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, Linköping University 14:50-‐15:10 High-‐pressure synthesis of nitrogen-‐rich hydrogenated carbons from a model heteroaroma?c: s-‐triazine Margherita Citroni, LENS 90
15:10-‐15:30 Inves?ga?on of high pressure-‐induced laser-‐enhanced polymeriza?on of 2-‐
(Hydroxethyl)methacrylate. Egor Evlyukhin, Laboratoire de Physique des Lasers -‐ LPL CNRS, Université Paris 13, Sorbonne Paris Cité 15:30-‐15:50 Poroelas?c behavior of vitreous silica under rare gas compression Marie Foret, Laboratoire Charles Coulomb 15:50-‐16:10 Phase Transi?on Dynamics of Krypton and Bismuth William Evans, Lawrence Livermore Na-onal Laboratory 16:10-‐16:30 Raman Study of Cyclo[n]paraphenylenes at high pressures Miriam Peña-‐Alvarez, MALTA-‐Consolider Team, Department of Physical Chemistry I, UCM 91
Room Digitale
Symposia
MC 31 : Structure and dynamics IV: Inorganic Glasses: from Structure to Plas]city and Damage Monday 25th 11:40 -‐12:30 – Room Tanret 2 Chairs : J.-‐P. Guin, E. Barthel and E. Bitze
11:30-‐11:50 Strain-‐rate sensi?vity and hardness of glasses Rene Limbach, OAo SchoA Ins-tute of Materials Research 11:50-‐12:10 Probing plas?city and damage under nano indenta?ons and scratches in oxide glasses: a reliable benchmark for numerical simula?ons? Jean-‐Pierre Guin, Ins-tut de Physique de Rennes 12:10-‐12:30 Accurate measurement of the indenta?on projected contact area on glasses Ludovic Charleux, Laboratoire Systèmes et Matériaux pour la Mécatronique Monday 25th 14:00 -‐16:45 – Room Tanret 2
Chairs : J.-‐P. Guin, E. Barthel and E. Bitzek
14:00-‐14:20 Raman measurement of irreversible shear in SiO2 glass Nikita SHCHEBLANOV, Ins-tut Lumière Ma-ère
14:20-‐14:40 Plas?c response of silica micropillars studied by Raman spectroscopy Manon Heili, Ins-tut Lumière Ma-ère 14:40-‐15:00 Influence of Topological Anisotropy on Mechanical Proper?es of Silica Glass revealed by Atomis?c Simula?ons Erik Bitzek, Friedrich-‐Alexander-‐Universität Erlangen-‐Nürnberg
15:00-‐15:20 Nanoindenta?on of sodium borosilicate glasses of nuclear interest using Molecular Dynamics simula?ons Dimitrios Kilymis, Laboratoire Charles Coulomb 15:30-‐15:40 Atomis?c approach to the plas?c response of amorphous silica in shear and compression. Boris Man-si, Laboratoire de Physique Théorique de la Ma-ère Condensée 15:40-‐16:00 Densifica?on mechanisms of silica glass under hydrosta?c compression and relevance to nanoindenta?on tes?ng Vincent Keryvin, LIMATB 16:00-‐16:20 Elas?c anomaly in silicate glasses: link between structure and mechanical behavior Chris-ne MARTINET, Ins-tut Lumière Ma-ère, Université Lyon II, Villeurbanne, France
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Tuesday 26th 11:30 -‐12:30 – Room Digitale
Chairs : J.-‐P. Guin, E. Barthel and E. Bitzek
11:30-‐11:50 Uniaxial compression of silica pillars: the plas?c regime Jérémie Teisseire, Surface du Verre et Interfaces, CNRS / Saint-‐Gobain UMR 125 11:50-‐12:10 Inves?ga?ng the fracture toughness of Zr-‐based bulk metallic glasses of highest purity Sovannara Hin, Université de Bretagne-‐Sud
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Symposia
MC32 : Structure and Dynamics V: Mechanical proper]es at small scales Monday 25th 11:40 -‐12:30 -‐ Room Digitale
11:30-‐12:00 Disloca?ons and cracks at finite strain: a phase field approach Antoine Ruffini, Laboratoire d'Etude des Microstructures 12:00-‐12:15 Bri;le to Duc?le transi?on in silicon nanopillars Thomas Cornelius, IM2NP
12:15-‐12:30 Simula?ng the forma?on of vacancy clusters at a grain boundary and their impact on cohesion Döme Tanguy, Ins-tut Lumière Ma-ère Monday 25th 14:00 -‐16:30 – Room Digitale
14:00-‐14:30 Duc?lity and bri;leness onset in silicon nano-‐wires : an atomis?c simula?on study Firas ABED EL NABI, Ins-tut Pprime 14:30-‐15:00 Mechanical proper?es of Single Crystalline Nanopar?cles Dan Mordehai, Department of Mechanical Engineering -‐ Technion 15:00-‐15:30 Deforma?on mechanisms of twinned Au-‐nanopar?cles under compression: Experiment and Simula?on Erik Bitzek, Friedrich-‐Alexander-‐Universität Erlangen-‐Nürnberg 15:30-‐15:45 Coupling of reac?ve and non-‐reac?ve poten?als for molecular dynamics simula?on of fracture in graphene Ignacio Tejada, Laboratoire Navier 15:45-‐16:00 First principles studies of coupled hydrogen-‐vacancy diffusion in nickel Yu Wang, Ins-tut Lumière Ma-ère, Centre interuniversitaire de recherche et d'ingenierie des matériaux 16:00-‐16:15 Mul?scale simula?ons of strengthening induced by coherent precipitates: from the atomic scale to the crystal level Ghiath Monnet, EDF R&D 16:15-‐16:30 Carbon-‐rich icosahedral boron carbide designed from first principles Antoine Jay, Laboratoire des Solides Irradiés -‐ Ecole Polytechnique Thursday 28th 11:30 -‐12:30 – Room Digitale
11:30-‐12:00 Grain-‐boundary assisted plas?city, from experiments to modeling Frédéric Mompiou, CEMES 12:00-‐12:30 Grain boundary fracture at the micron scale: a combined experimental and FEM approach Erica Lilleodden, Helmholtz-‐Zentrum Geesthacht 94
Thursday 28th 14:00 -‐16:30 – Room Digitale
14:00-‐14:30 In situ three-‐points bending tests of single nanowires by combining AFM and µLaue diffrac?on Zhe Ren, Ins-tut des Matériaux, de Microélectronique et des Nanosciences de Provence 14:30-‐15:00 Coun?ng disloca?ons in micro-‐crystals with coherent x-‐rays: ex-‐situ and in-‐situ studies of the plas?c deforma?on of InSb micro-‐pillars Vincent Jacques, Laboratoire de Physique des Solides 15:00-‐15:15 Coherent diffrac?on imaging of a single core-‐shell nanowire Sara Fernandez, European Synchrotron Radia-on Facility, Université d'Aix-‐Marseille 15:15-‐15:30 Strain configura?on in core-‐shell nanowires David Ferrand, Ins-tut Néel 15:30-‐15:45 X-‐ray synchrotron in-‐situ mechanical study of nanolayered thin films under con?nuous controlled biaxial deforma?on Raphaëlle GUILLOU, Ins-tut Pprime 15:45-‐16:00 Deforma?on of a meso-‐scale Silicon honeycomb due to adsorp?on E-enne Rolley, Laboratoire de Physique Sta-s-que
16:00-‐16:15 Discovery of Sta?c Shear-‐Elas?city in Liquids Laurence NOIREZ, Laboratoire Léon Brillouin 16:15-‐16:30 A comparison for elas?c and relevant physical parameters of ceria Guler Emre, Guler Melek, Hi-t Üniversitesi, Çorum, Turkey 95
Room Tanret 1
Symposia
MC33 : Strongly correlated systems I: Recent advances on metal-‐
insulator transi]ons of correlated maCer FUNDING BY DIM OXYMORE Monday 25th 11:30 -‐12:30 – Room Tanret 1
11:30-‐12:00 Dynamical screening effects in correlated materials: Towards a first-‐principles descrip?on Silke Biermann, Centre de Physique Théorique 12:00-‐12:15 Electronic correla?ons in mul?-‐orbital systems Elena (Leni) Bascones, Ins-tuto de Ciencia de Materiales de Madrid (ICMM-‐CSIC) 12:15-‐12:30 Kondo-‐Anderson Transi?ons Stefan KeAemann, School of Engineering and Science, Postech Division of Advanced Materials Science
Monday 25th 14:00 -‐16:30 – Room Tanret 1
14:00-‐14:30 Metal-‐Insulator Transi?on and Exchange Bias in Nickelate Heterostructures Marta Gibert, University of Geneva 14:30-‐15:00 Pressure and electric pulse induced insulator-‐metal transi?ons in AM4Q8 (A = Ga, Ge Q = S, Se) Vinh Ta Phuoc, Groupe de Recherche en Matériaux, Microélectronique, Acous-que et Nanotechnologies/GREMAN 15:00-‐15:15 Superconduc?vity and quantum phase transi?ons at oxide interfaces Jérôme Lesueur, Laboratoire de Physique et d'Etude des Matériaux 15:15-‐15:30 Two dis?nct superconduc?ng domes in n-‐doped SrTiO3 Xiao Lin, LPEM, ESPCI 15:30-‐15:45 Magneto-‐transport study of metal-‐insulator transi?on in ultrathin films of LaNiO3-‐d: effect of thickness, geometrical structure, ageing and annealing treatments Alexandra Senegas, Groupe d'Etude de la Ma-ère Condensée 15:45-‐16:00 Evidence of the metal-‐insulator transi?on in ultrathin V2O3 films and V2O3/Cr2O3 heterostructures
Mariela Menghini, KU Leuven [Leuven] 16:00-‐16:15 Two compe??ng components for one resis?vity in LaVO3/SrTiO3 Alain Pautrat, CRISMAT 16:15-‐16:30 Infrared-‐ and Raman-‐Spectroscopy Measurements of a Transi?on in the Crystal Structure and a Closing of the Energy Gap of BiTeI under Pressure
Michael TRAN, Département de Physique de la Ma-ère Condensée 96
11:30-‐12:00 Ultrafast evolu?on of the model Mo;-‐Hubbard compound V2O3 Gabriel Lantz, Laboratoire de Physique des Solides 12:00-‐12:15 Metalliza?on in an instant – The photoinduced phase transi?on of VO2 Julia Stähler, Fritz-‐Haber-‐Ins-tut der Max-‐Planck-‐Gesellscha[ 12:15-‐12:30 New insight into the Metal-‐Insulator transi?on of the sku;erudite PrRu4P12
Marie-‐Aude Measson, Laboratoire Matériaux et Phénomènes Quan-ques
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Symposia
MC34 : Strongly correlated systems II: Dielectric, magne]c and mul]ferroic proper]es of perovskites and related systems Monday 28th 11:30 -‐12:30 – Room Vauquelin
11:30-‐12:00 Cri?cal thickness for ferromagne?sm in insula?ng LaMnO3 films H. Hilgenkamp, MESA+ Ins-tute for Nanotechnology, University of Twente 12:00-‐12:15 Local structure of PbFe1/2Nb1/2O3 and BaFe1/2Nb1/2O3 probed by Fe K-‐XAFS Shuvaeva Victoria(1), Raevskii Igor(1), Vlasenko Valery(1), Zubavichus Yan(2) (1) -‐ Ins-tute of Physics, Southern University, Russia
(2) -‐ Kurchatov Center for Synchrotron Radia-on and Nanotechnology, Russia 12:15-‐12:30 Magne?c and magneto-‐electric proper?es of pyroxene: Ca(Co,Mn)Ge2O6 Ding Lei, Colin Claire, Darie Celine, Bordet Pierre Université Grenoble Alpes & CNRS -‐ Ins-tut Néel, Grenoble, France
Thursday 28th 11:30 -‐12:30 – Room Tanret 1
11:30-‐12:00 Muon spin rota?on studies of spin fluctua?ons in the paramagne?c phase of EuTiO3 Zurab Guguchia, Physik-‐Ins-tut der Universität Zürich, Laboratory for Muon Spin Spectroscopy, Paul Scherrer Ins-tut 12:00-‐12:15 Giant electromagnon in mul?ferroic ferroborate Andrei Pimenov, Technical University of Vienna 12:15-‐12:30 Polariza?on Pa;erns in Barium Titanate Nanotorus Gen-en Thorner, Laboratoire Structures, Propriétés et Modélisa-on des solides Thursday 28th 14:00 -‐16:30 – Room Tanret 1
14:00-‐14:15 Magneto-‐ to electro-‐ac?ve transmuta?on of spin waves in ErMnO3 Sophie DE BRION, Ins-tut Néel 14:15-‐14:30 Driving the magnonic response of BiFeO3 with hydrosta?c pressure Constance Toulouse, Laboratoire Matériaux et Phénomènes Quan-ques 14:30-‐14:45 Probing the local valence state modula?ons by advanced STEM/EELS in Fe1.35Ti0.65O3-‐∂ thin films and Bi4Sr12Co8O28-‐∂ tubular structure Laura Bocher, Laboratoire de Physique des Solides 14:45-‐15:00 Magneto-‐electric coupling in YMnO3 : ab ini?o study Marie-‐BernadeAe Lepe-t, Ins-tut Néel, Ins-tut Laue-‐Langevin 15:00-‐15:15 Tb single ion anisotropy role on mul?ferroic proper?es of TbMnO3 at high magne?c fields. Vera Cuartero, European Synchrotron Radia-on Facility 15:15-‐15:30 SoX magnetoelectrics: mixtures of magne?c nanopar?cles and the ferroelectric liquid crystal Brigita Rozic, UPMC Univ Paris 06, Ins-tute des NanoScience de Paris (INSP), France
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15:30-‐15:45 Magnetoelectricity as a Key to Ferroelectric Stabiliza?on in Gd1-‐xYxMnO3
Rui Vilarinho, IFIMUP and IN-‐Ins-tute of Nanoscience and Nanotechnology 15:45-‐16:00 16:00-‐16:15 Electrocaloric effect of EuTiO3 nanowires Haixia Cao, Department of Physics and Jiangsu Key Laboratory of Thin Films, Soochow University 16:15-‐16:30 Paramagnon excita?ons theory for magne?c proper?es of layered copper oxide superconductors Igor Larionov, Na-onal University of Science & Technology "MISIS", 119049, Moscow, Russia
99
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Symposia
MC35 : Strongly correlated systems III: f-‐ and d-‐ Electron Systems Monday 25th 11:30 -‐12:30 – Room Colchique
11:30-‐12:00 Frac?onal Chern insulators in strongly correlated mul?orbital systems Maria Daghofer, Leibniz Ins-tute for Solid State and Materials Research -‐ IFW Dresden (Dresden, Germany) 12:00-‐12:15 Magne?c soX modes in the distorted triangular an?ferromagnet alpha-‐CaCr2O4 Sándor Tóth, Paul Scherrer Ins-tut 12:15-‐12:30 Anomalous thermal decoherence in a quantum magnet measured with ?me-‐domain neutron spectroscopy Felix Groitl, Ecole Polytechnique Fédérale de Lausanne, Paul Scherrer Ins-tut, Helmholtz-‐
Zentrum Berlin für Materialien und Energie GmbH Monday 25th 14:00 -‐16:30 – Room Colchique
14:00-‐14:30 Ferromagne?c superconductors and Fermi surface instabili?es in heavy fermion systems Jean-‐Pascal Brison, Univ. Grenoble-‐Alpes, CEA-‐INAC, SPSMS
14:30-‐14:50 Non-‐Landau damping of magne?c excita?ons in systems with localized and i?nerant electrons Joseph Betouras, Loughborough University 14:50-‐15:10 Electronic gaps and signature of the hidden order of URu2Si2 revealed by Raman sca;ering spectroscopy Jonathan Buhot, Laboratoire Matériaux et Phénomènes Quan-ques, 15:10-‐15:30 Tuning the sta?c spin stripe phase and supercoduc?vity in La2-‐xBaxCuO4 (x = 1/8) by hydrosta?c pressure Zurab Guguchia, Physik-‐Ins-tut der Universität Zürich 15:30-‐15:50 Electronic anomalies in the superconduc?ng state of high-‐Tc cuprates as fingerprints of spin fluctua?on mediated superconduc?vity
Flora Onufrieva, Laboratoire Léon Brillouin 15:50-‐16:10 Influence of doping the honeycomb system Na2IrO3 Katharina Rolfs, Paul Scherrer Ins-tut 16:10-‐16:30 Evidence for strong non-‐local correla?on effects in iridates : Sr2IrO4 and Ba2IrO4
Cyril Mar-ns, Laboratoire de Physique des Solides Thursday 28th 11:30 -‐12:30 – Room Tanret 2
11:30-‐11:45 Are dynamical and non-‐local self-‐energy effects in correlated materials separable? Jan M. Tomczak, Ins-tute of Solid State Physics, Vienna University of Technology 11:45-‐12:00 Roles of Intrasite (Exchange) and Intersite (Superexchange) correla?ons in the Extended Falicov-‐Kimball Model for layered materials with triangular layce structure Sant Kumar, Indian Ins-tute of Technology Roorkee, Roorkee 12:00-‐12:15 Structures of late transi?on metal monoxides from Jahn-‐Teller instabili?es in the rock salt layce Mariana Derzsi, Centre of New Technologies, The University of Warsaw 100
Room Belladonne Room Pelle?er
Room Pelle?er
Room Pelle?er
Symposia
MC36 : Theory: Density func]onal theory and beyond: Theory and applica]ons Monday 25th 11:30 -‐12:30 – Room Belladonne
12:00-‐12:30 Charge transfer in organic and hybrid organic/inorganic systems from first principles Patrick Rinke, Fritz Haber Ins-tute of the Max Planck Society Tuesday 26th 11:30 -‐12:30 – “Op]cal Proper]es and Charge Transfer” -‐ Room Pelle]er 11:30-‐12:00 Op?cal proper?es of MoS2. Excitons beyond the bandgap Alejandro Molina-‐Sanchez, University of Luxembourg 12:00-‐12:15 Interac?on of tetrakis-‐Schiff base compounds with carbon nanostructures from DFT: implica?ons for charge transfer. Sergey Pyrlin, University of Minho 12:15-‐12:30 Towards a first-‐principles determina?on of effec?ve Coulomb interac?ons in correlated electron materials: Role of intershell interac?ons Priyanka Seth, Centre de Physique Théorique Thursday 28th 11:30 -‐12:30 – “ Time-‐Dependent Density Func]onal Theory” -‐ Room Pelle]er
11:30-‐12:00 Electron energy loss and inelas?c x-‐ray sca;ering cross sec?ons from ?me-‐dependent density-‐
func?onal perturba?on theory Iurii Timrov, Scuola Internazionale Superiore di Studi Avanza- / Interna-onal School for Advanced Studies 12:00-‐12:15 Time-‐Dependent Density Func?onal Theory for Quantum Electrodynamics Walter Taran-no, Laboratoire des Solides Irradiés
12:15-‐12:30 How to calculate Dynamical Structure Factors? From analysis to new methods Igor Reshetnyak, Laboratoire des Solides Irradiés, European Theore-cal Spectroscopy Facility Thursday 28th 14:00 -‐16:30 – Room Pelle]er 14:00-‐14:30 The phonon-‐limited resis?vity of graphene: electron-‐phonon interac?ons, screening and Boltzmann transport equa?on. Thibault Sohier, Ins-tut de minéralogie, de physique des matériaux et de cosmochimie 14:30-‐14:50 First-‐principles calcula?ons of electron-‐phonon coupling in semiconductors Jelena Sjakste, Laboratoire des Solides Irradiés, Ecole Polytechnique, CEA-‐DSM-‐IRAMIS CNRS 101
14:50-‐15:10 Thermal proper?es of bismuth calculated from first principles. Maksim Markov, Laboratoire des Solides Irradiés 15:10-‐15:30 Second Harmonic Genera?on from Surfaces Nicolas Tancogne-‐Dejean, Laboratoire des Solides Irradiés, European Theore-cal Spectroscopy Facility 15:30-‐15:50 Probing the Quantum Thermal Fluctua?ons of Nuclei via X-‐ray Absorp?on Near Edge Structure and solid-‐state Nuclear Magne?c Resonance Spectroscopies Ruidy Nemausat, Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, Laboratoire de Chimie de la Ma-ère Condensée de Paris 15:50-‐16:10 Nuclear quantum effects in molecular dynamics simula?on Fabien Brieuc, Laboratoire Structures, Propriétés et Modélisa-on des solides 102
Room Pavot
Room Pavot
Symposia
MC37 : Topological constraints-‐Topological interac]ons Thursday 28th 11:30 -‐12:40 – Room Pavot
11:30-‐12:00 Topological entanglement, transport barriers and mixing rate of chao?c advec?on Emmanuelle Gouillart, Unité mixte CNRS/Saint-‐Gobain Surface du Verre et Interfaces 12:00-‐12:20 Hydrodynamic instabili?es and topological defects in ac?ve nema?cs Sumesh Thampi, Rudolf Peierls Centre for Theore-cal Physics University of Oxford 12:20-‐12:40 Subdiffusive Dynamics in Fractal Polymer Globules Mikhail Tamm, Moscow State University, Na-onal Research University Higher School of Economics 12:40-‐12:50 Cholesteric liquid crystal shells Alexandre Darmon, EC2M, Laboratoire Gulliver UMR CNRS 7083 12:50-‐13:00 Applying topological constraints to open curve bundles Christopher Prior, Department of Mathema-cal Sciences, Durham univsersity Thursday 28th 14:00 -‐16:40 – Room Pavot
14:00-‐14:40 Varia?ons on a theme of crumpled globule Alexander Grosberg, Department of Physics and Center for So[ MaAer Research, New York University 14:40-‐15:20 Effects of topological constraints on globular polymers Leonid Mirnid, MassachuseAs Ins-tute of Technology 15:20-‐15:30 Break
15:30-‐15:50 Sta?c and dynamic proper?es of the collapsed fractal globule Maxim Imakaev, MassachuseAs Ins-tute of Technology 15:50-‐16:30 Knoyng a Protein in Explicit Solvent Joanna Sulkowska, University of Warsaw 103
Room Digitale
Symposia
MC38 : Transport phenomena impac]ng the safety and life]me of materials Tuesday 26th 14:00 -‐16:40 – Room Digitale
14:00-‐14:15 Food Packaging Safe-‐by-‐design
Olivier Vitrac, INRA UMR1145 "Group Interac-ons between Materials and Media in Contact" -‐ 14:15-‐14:30 Regula?on of transport phenomena in EU legisla?on
Eddo Hoekstra, Joint Research Centre of the European Commission 14:30-‐14:45 Review of migra?on of nanomaterials from food contact materials
Eddo Hoekstra, Joint Research Centre of the European Commission 14:45-‐15:05 Migra?on of plas?cizer from a PVC hose into a food simulant in flowing condi?ons
Franck Pigeonneau, Surface du Verre et Interfaces 15:05-‐15:20 Predic?ng the leaching of substances by materials from molecular structures
Oivier Vitrac, INRA UMR1145
15:20-‐15:40 Some Diffusion Problems In The Case of Oxida?ve Ageing of Polymers
Emmanuel Richaud, Paris Tech
15:40-‐16:00 Diffusion of oligomers in supercooled polymer systems
Hendrik Meyer, Ins-tut Charles Sadron 16:00-‐16:20 Mechanisms of diffusion of polar and non-‐polar solvents in two polyamides with different hydrogen bond sites (Polyamide 6,6 and polyamide 6,10)
F. Preda, Laboratoire Polymères et Matériaux Avancés 16:20-‐16:40 Chemical aging and asphaltene nanoaggregates in bitumen: a molecular dynamics study
Claire Lemarchand, DNRF "Glass and Time" centre, Department of Sciences, Roskilde University
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Poster session 1 -‐ Monday 25th 17:30-‐19:00
Poster session 1
MC 1 : Acous]cs: Recent advances in acous]c wave propaga]on, genera]on and sensing in condensed maCer
MO 66. Synthesis and assembling of nano-‐materials for band gaps material engineering in micro-‐ electro-‐acous]c devices Talbi Abdelkrim(1), Yu Du(1), Tang Hongzhe(2), Preobrazhensky Vladimir(1), Pernod Philippe(1), Bou Matar Olivier
(1) -‐ IEMN/UMR-‐CNRS 8520, Universi-é de Lille 1, Lille, France
(2) -‐ ECPkn, University of Beihang, China MO 67. Influence of orienta]onal and conforma]onal disorder on mechanisms of heat transfer in molecular solids at low temperatures Vdovychenko Georgii(1), Romantsova Olesya(1), Korolyk Oksana(1), Krivchikov Alexander(1), Pardo Luis(2), Tamarit Josep(2), Bermejo Javier(3) (1) – B. Verkin Ins-tute for Low Temperature Physics and Engineering of NAS of Ukraine Kharkov, Ukraine
(2) – Ins-tut de Caracteritzacio de Materials, Departament de Fisica i Enginyieria Nuclear, ETSEIB, , Universitat Politecnica de Catalunya, Barcelona, Spain (3) -‐ Ins-tuto de Estructura de la Materia, CSIC, Madrid and Department of Electricity and Electronics, University of the Basque Country, Spain MO 68. Bulk and surface acous]c waves in solid-‐fluid Fibonacci layered materials El Boudou? El Houssaine(1), Quotane Ilyasse(1), Djafari-‐Rouhani Bahram(2), El Hassouani Youssef(3), Velasco Victor(4) (1) -‐ Laboratoire de Dynamique et Op-que des Matériaux, Université Mohamed 1er, Oujda , Morocco
(2) -‐ Ins-tut d'Electronique, de Microélectronique et de Nanotechnologie, UFR de Physique, Université de Lille, Lille, France
(3) -‐ Département de Physique, Faculté des Sciences, Université Mohamed 1er, Oujda , Morocco
(4) -‐ Ins-tuto de Ciencia de Materiales de Madrid, Spain MO 69. Acous]c analogue of electromagne]c induced transparency in solid-‐fluid layered materials El Boudou? El Houssaine(1), Quotane Ilyasse(1), Djafari-‐Rouhani Bahram(2) (1) -‐ Département de Physique, Faculté des Sciences, Université Mohamed 1er, Oujda , Morocco
(2) -‐ Ins-tut d'Electronique, de Microélectronique et de Nanotechnologie, UFR de Physique, Université de Lille, Lille, France
MO 70. Coupling hyper-‐sound generated by molecular transducers to plasmonic nanorods Pavlenko Elena, Bargheer Ma?as
Ins-tute of Physics and Astronomy , Universität Potsdam, Campus Golm, Haus 28, Karl-‐
Liebknecht-‐Straße, 24/2514476 Potsdam-‐Golm, Germany. MO 71. Hypersonic band gap in an AlN-‐TiN bilayer phononic crystal slab Hemon Stephanie(1), Akjouj Abdella?f(1), Soltani Ali(1), Pennec Yan(1), Talbi Abdelkrim(1), Mortet V(2), Djafari-‐Rouhani Bahram(1) (1) -‐ Ins-tut d'électronique, de microélectronique et de nanotechnologie, France (2) -‐ Czech Academy of Science, Czech Republic
105
MO 72. Surface Acous]c Wave at low temperature
Riccardo Manen?, Peter Leek Clarendon Laboratory, Department of Physics, University of Oxford, 16 Parks Road, OX1 3PU, Oxford, U.K. MC 3: Graphene I: Graphene spintronics
MO 28. Spin-‐polarized Transport in Graphene Spin Valves with Amorphous Carbon Interfacial Layers Sierra J.F. Unité Ins-tut Catala de Nanociencia i Nanotecnologia, Campus de la UAB, Bellaterra,, Spain MO 29. Obtaining, and inves]ga]ng graphene Bai?mbetova Bagila
Almaty, 050036, Satpaeva 22, Kazakhstan
MO 30. Substrate-‐induced superlauce in pris]ne graphene Lima Jonas(1), Moraes Fernando(2) (1) -‐ Ins-tuto de Ciencia de Materiales de Madrid, Madrid] Spain
(2) -‐ Universidade Federal da Paraíba, Brazil
MO 31. XMCD at Fe L2,3 edges of two Precursors for Photomagne]c Molecular Prussian Blue Analogues: Observa]on of a Large Orbital Magne]c Moment Fa?ma Sadaf Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, Université Pierre et Marie Curie, Paris, France MO 32. Spin-‐imbalanced gaps and QSHE in the honeycomb lauce Aldea Alexandru, Ostahie Bogdan, Nita Marian
Na-onal Ins-tute of Materials Physics, Romania MO 33. New plavorms for topological phases in 2D materials Ochoa Hector
Ins-tuto de Ciencia de Materiales de Madrid, Madrid, Spain MO 34. Carbon nanotube quantum dots on hexagonal boron nitride Baumgartner Andreas(1), Abulizi Gulibusitan(1), Taniguchi Takashi(2), Schönenberger Chris?an(1) (1) -‐ Ins-tute of Physics, University of Basel, Switzerland
(2) -‐ Advanced Materials Laboratory, Na-onal Ins-tute for Materials Science, Tsukuba, Japan
MC 8 : Low Temperatures – Superconduc]vity I: Mesoscopic superconduc]vity and quantum circuits
MO 35. Carbon nanotube quantum dots coupled to a stub-‐tuner impedance matching circuit Hasler Thomas(1), Puebla-‐Hellmann Gabriel(2)(1), Ranjan Vishal(1), Jung Minkyung(1), Muoth Ma;hias(2), Hierold Christofer(2), Wallraff Andreas(2), Schönenberger Chris?an(1) (1) -‐ University of Basel, Switzerland
(2) -‐ ETH Zürich, Switzerland 106
MO 36. Towards Circuit Quantum Electrodynamics with Hybrid Superconductor -‐ Carbon Nanotube Devices Nersisyan Ani, Leek Peter
University of Oxford , United Kingdom MO 37. Coupling Surface Acous]c Waves to Spin Ensembles Magnusson Einar, Leek Peter, Manen? Riccardo, Peterer Michael, Nersisyan Ani, Ardavan Arzhang
University of Oxford, United Kingdom MO 38. Readout of Superconduc]ng Qubits Coupled to a Microwave Cavity with a Josephson Photomul]plier Govia Luke(1), Pritche; Emily(2), Xu Canran(3), Plourde Bri;on(4), Vavilov Maxim(3), Wilhelm Frank(1), Mcdermo; Robert(3) (1) -‐ Universität des Saarlandes, Saarbrücken, Germany
(2) -‐ HRL Laboratories, Malibu, California, United States
(3) -‐ University of Wisconsin-‐Madison, Madison, United States
(4) -‐ Syracuse University, United States
MO 39. Three wave mixing weakly nonlinear Josephson parametric amplifier using a SQUID-‐array Zhou Xin, Schmi; Vivien, Bertet Patrice, Vion Denis, Esteve Daniel Quantronics Group, Service de Physique de l’Etat Condensée, CEA-‐DSM-‐IRAMIS, Saclay, France MO 40. Mul]plexed control and single shot-‐readout of transmon qubits Schmi; Vivien, Dewes Andreas, Bertet Patrice, Vion Denis, Esteve Daniel
Quantronics Group, Service de Physique de l’Etat Condensée, CEA-‐DSM-‐IRAMIS, Saclay, France MO 41. Collec]ve modes in the fluxonium qubit Viola Giovanni(1), Catelani Gianluigi(2) (1) -‐ IQI, RWTH Aachen University, Aachen, Germany
(2) -‐ Ins-tute for Theore-cal Nanoelectronics Forschungszentrum Jülich, Germany MO 42. Josephson junc]on as a threshold detector: direct spectral analysis of environmental noise Tancredi Giovanna(1), Schmidlin Simon(2)(3), Ithier Gregoire(1), Meeson Phil(1) (1) -‐ Department of Physics, Royal Holloway, University of London, United Kingdom
(2) -‐ Centre de Sciences Nucléaires et de Sciences de la Ma-ère -‐ CSNSM, France
(3) -‐ Quantronics Group, Service de Physique de l'État Condensé IRAMIS, CEA-‐Saclay, France
MO 43. Quantum accurate measurement of arbitrary voltage waveforms using pulse-‐driven Josephson junc]on arrays Ireland Jane(1), Williams Jonathan(1), Kieler Oliver(2), Kohlmann Johannes(2), Behr Ralf(2), Gran Jarle(3), Malmbekk Helge(3), Lind Kare(3), Tang Chi Kwong(3) (1) -‐ Na-onal Physical Laboratory, Teddington, United Kingdom
(2) -‐ Physikalisch-‐Technische Bundesanstalt, Germany
(3) -‐ Justervesenet, Norway MO 44. Charge localisa]on in an induc]ve environment Guichard Wiebke(1), Weissl Thomas(1), Rastelli Gianluca(2), Matei Iulian(1), Pop Ioan(3), Buisson Olivier(1), Hekking Frank(4) (1) -‐ Ins-tut Néel, CNRS, Grenoble, France
(2) -‐ Universitaet Konstanz, Germany
(3) -‐ Yale University, New Haven, Connec-cut, United States
(4) -‐ Laboratoire de physique et modélisa-on des milieux condensés, Université Joseph Fourier, Grenoble , France 107
MO 45. Quantum Phase-‐Slip Junc]on Under Microwave Irradia]on Di Marco Angelo(1), Hekking Frank(1), Rastelli Gianluca(2) (1) -‐ Laboratoire de physique et modélisa-on des milieux condensés, Université Joseph Fourier, Grenoble, France
(2) -‐ Zukun[skolleg, Fachbereich Physik, University of Konstanz, Germany MO 46. Inves]ga]ng the Coherence and Decay of Higher Energy Levels of a Superconduc]ng Qubit Peterer Michael(1), Gustavsson Simon(2), Bader Sam(2), Jin Xiaoyue(2), Leek Peter(1), Oliver Will (2,3) (1) -‐ University of Oxford, United Kingdom
(2) -‐ Mas, United States
(3) -‐ MIT Lincoln Laboratory, United States MO 47. Towards a spin-‐ensemble quantum memory for superconduc]ng qubits Bertet Patrice, Grezes Cécile Quantonics Group, Service de Phyisque de l'Etat Condensée, CEA Saclay, France MO 48. Pump-‐Probe scheme for electron-‐photon dynamics in hybrid conductor-‐cavity systems
Tineke Van den Berg, Chris?an Bergenfeldt, Peter Samuelsson
Department of Physics, Lund University, Sölvegatan 14 S-‐223 62 Lund -‐ Sweden
MC 12 : Macromolecular physics: Polymer brushes for nano-‐devices and bio-‐
technologies
MO 81. Study of the effects of organoclays in the blending of Polyethylene/Polystyrene Serier Aicha
M'hamed Bougara University, Algeria MO 82. Trapped Calcium Phosphate Par]cles in the Natural Rubber Polymeric Matrix: implica]ons for drug delivery Nascimento Rodney(1,2), Faita Fabricio(1), Agos?ni Dauber(3), Job Aldo(3), Guimaraes Francisco(2), Bechtold Ivan(1) (1) -‐ Federal University of Santa Catarina (UFSC), Brazil
(2) -‐ Universidade de São Paulo, Brazil
(3) -‐ Universidade Estadual Paulista Júlio de Mesquita Filho, Brazil MO 83. Func]onal materials with switchable and adap]ve adhesion proper]es Synytska Alla, Drechsler Astrid, Bieling Ekaterina
Leibniz-‐Ins-tut für Polymerforschung Dresden e.V., Germany MO 84. Flexibility and Scaling Behavior of Mul]grar Homopolymers in Good Solvent Inves]gated by Monte Carlo Simula]ons Angelescu Daniel(1), Linse Per(2) (1) -‐ Romanian Academy, « Ilie Murgulescu » Ins-tute of Physical Chemistry, Romania
(2) -‐ Physical Chemistry, Lund University, Sweden
108
MO 85. The responsive behaviour of monocomponent and mixed polyelectrolyte brushes probed by AFM force measurements Drechsler Astrid(1), Synytska Alla(1), Uhlmann Petra(1), Stamm Manfred(2)(1), Kremer Friedrich(3) (1) -‐ Leibniz-‐Ins-tut für Polymerforschung Dresden e.V., Germany
(2) -‐ Technische Universität Dresden, Germany
(3) -‐ Universität Leipzig, Germany MO 86. Structure and phase behavior of ungrared and grared nanorod-‐polymer composites Tripathy Mukta, Shankar Uma
Indian Ins-tute of Technology Bombay, Mumbai, India
MO 87. Effect of pH on volume phase transi]on for poly (acrylamide-‐co-‐acrylic acid) composite hydrogel using by Fluorescence technique Aktas Demet Istanbul Technical University, Turkey MC 14 : Nanomaterials I: Nanofabrica]on using focused electrons and ions beams
MO 49. Towards pure noble metal nanostructures by FEBID Wanzenboeck Heinz D.
Technical University of Vienna, Austria MO 50. Etching -‐ the cleaner sibling of deposi]on Wanzenboeck Heinz D.
Technical University of Vienna, Austria MO 51. Contac]ng and structuring graphene by helium ion beam processing Nanda Gaurav
Del[ University of Technology, Del[, the Netherlands
MO 52. Give your microscope a hand! Nanomanipula]on Toolbox for SEM/FIB Cuenin Eric(1), Rummel Andreas(2), Schock Klaus(2), Kleindiek Stephan(2) (1) -‐ F.I.SCIENCE, France
(2) -‐ KLEINDIEK NANOTECHNIK GmbH, Germany MO 53. Arrays of densely-‐packed isolated nanowires by Focused Beam Induced Deposi]on plus Ar+ milling De Teresa Jose(1,2), Córdoba Rosa(2) (1) -‐ Ins-tuto de Ciencia de Materiales de Aragón, Spain
(2) -‐ Laboratorio de Microscopías Avanzadas, Spain
MO 54. Influence of neutron flux on the nano silica: ESR study Huseynov Elchin, Garibov Adil, Mehdiyeva Revan
Az. Nat. Ac. of Sciences, Republic Nuclear Security and Radia-on Safety Examina-on Center, BAKU (Azerbaijan) MO 55. Op]cal emission spectroscopy of spuCered ]tanium nitride (TiN) in a rf magnetron discharge Boudjemaa Bouaouina, Sedik Elhak Abaidi, Mhamed Salhi
University Mhamed Bougarra Boumerdes, Algeria 109
MC 18 : Nano-‐op]cs III: Revealing op]cal proper]es of nanostructured materials
MO 56. Thermoluminescence Proper]es of Gd-‐doped ZnO Nanocrystals Grown by Sol-‐Gel Method Işık Mehmet(1), Yildirim Taceyn(2), Hasanli Nizami(3) (1) -‐ A-lim University, Turkey
(2) -‐ Nevsehir University, Turkey
(3) -‐ Middle East Technical University, Turkey MO 57. Characteriza]on of an Ag doped TiO2 Photocatalyst Film Deposited by Sol Gel and Its Photocataly]c Ac]vity Bensouici Fayçal
Unité de Recherche Matériaux, Procédés et Environement – URMPE, Boumerdès, Algeria MO 58. Luminescence and structural features of ALD TiO2 coated nanostructured silicon surface Iatsunskyi Igor, Pavlenko Mykolai, Fedorenko Viktoriia, Smyntyna Valentyn Department of Experimental Physics, Odessa Na-onal University, Ukraine MO 59. Experimental and theore]cal studies of an]reflec]ve op]cal mul]layers based on SiOx, SiNy and SiOxNy films spuCer deposited Sauget Jérémie, Rousselot Christophe, Duverger Eric, Mar?n Nicolas Franche-‐Comté Électronique Mécanique, Thermique et Op-que -‐ Sciences et Technologies,
Besançon, France
MO 60. Op]cal proper]es of thin films of polystyrene (Ps) doped with ]n oxide(SnO2) Abdelghani Djebli
Laboratoire de Cristallographie, Département de Physique, Faculté des Sciences Exactes, Université Constan-ne1, Constan-ne, Algeria
MO 61. Raman Measurements in III-‐N, III-‐V-‐N and Dilute Nitrides Tiras Tulay
Anadolu University, Ankara, Turkey MO 62. Op]cal parameters of AlInN layers for optoelectronic applica]ons Abdelhakim Meziani(1), Lemia Semra(2), Azzedine Telia, Ali Soltani (1) -‐ Physics department , Université Constan-ne 1, Campus Ahmed Hamani, Constan-ne, Algeria
(2) -‐ Electronics department , Université Constan-ne 1, Campus Ahmed Hamani, Constan-ne, Algeria
MO 63. Op]cal Constants and Energy Gaps of TlGaxIn1-‐xSe2 Mixed Crystals by Ellipsometry, Transmission and Reflec]on Measurements Hasanli Nizami(1), Delice Serdar(1), Işık Mehmet(2) (1) -‐ Department of Physics, Middle East Technical University, 06800 Ankara, Turkey
(2) -‐ Department of Electrical and Electronics Engineering, A-lim University, 06836 Ankara, Turkey MO 64. Transport of Indirect Excitons in Polar GaN/AlGaN Quantum Wells Fedichkin Fedor(1), Andreakou Peristera(1), Valvin Pierre, Vladimirova Maria(1), Guillet Thierry(1), Bretagnon Thierry(1, Dussaigne Amélie(2), Grandjean Nicolas(3), Lefebvre Pierre(1) (1) -‐ Laboratoire Charles Coulomb, CNRS-‐INP-‐UMR 5221, Université Montpellier 2, Montpellier, France (2) -‐ ALEDIA, CEA-‐Grenoble, France
(3) -‐ Ecole Polytechnique Fédérale de Lausanne, Switzerland 110
MO 65. Dynamics of localized carriers in GaAsBi/GaAs quantum wells Shakfa Mohammad Khaled(1), Kalincev Dimitri(1), Chernikov Alexej(1), Cha;erjee Sangam(1), Lu Xianfeng(2), Johnson Shane(2), Beaton Dan(3), Tiedje Thomas(4), Koch Mar?n(1) (1) -‐ Philipps-‐University of Marburg, Department of Physics, Germany
(2) -‐ Arizona State University, Department of Electrical Engineering, United States
(3) -‐ University of Bri-sh Columbia, Department of Physics and Astronomy, Canada
(4) -‐ University of Victoria, Department of Electrical and Computer Engineering, Canada MC 24 : Sor Condensed MaCer II: Sor Interfaces
MO 73. Vibra]ng soap films: Amplitude and dissipa]on measurements Kosgodagan Acharige Sébas?en, Derec Caroline, Elias Forence
Laboratoire Ma-ère et Systèmes Complexes, Université Paris Diderot, Paris, France MO 74. Controlling adhesion and fric]on between sor elastomer surfaces through micro-‐paCerning Dies Laë??a
Laboratoire de Physique des Solides, Université Paris-‐Sud, Orsay, France MO 75. Interfacial instabili]es induced by copolymer during coextrusion Vuong Stéphanie, Léger Liliane, Restagno Frédéric
Laboratoire de Physique des Solides, Université Paris-‐Sud, Orsay, France MO 76. Mode coupling in a cylindrical probe AFM for weung measurements Steinberger Audrey, Devailly Clémence, Laurent Jus?ne, Bellon Ludovic, Ciliberto Sergio
Laboratoire de Physique de l'ENS Lyon, France MO 77. Droplet vibra]ons on textured surfaces Contraires Elise, Baudoin Florian, Guibert Ma;hieu, Benayoun Stephane, Le Bot Alain
Laboratoire de Tribologie et Dynamique des Systèmes, France MC 25 : Sor Condensed MaCer III: Drops and emulsions versus bubbles and foams
MO 78. Developing Single Step Microfluidic methods of producing Microbubbles with an Inner Oil layer towards hydrophobic delivery Churchman Adam, Peyman Sally, Evans Stephen
University of Leeds, United Kingdom MO 79. Engineering Nanodroplet-‐Microbubble architectures for Hydrophobic Drug Delivery Mico Victoria, Peyman Sally, Evans Stephen
University of Leeds, United Kingdom MC 29 : Structure and Dynamics II: Crystal morphogenesis: from par]cle-‐mediated to polycrystalline growth
MO 80. Structural and Morphological Evolu]on in Organic Films and Mul]layers
Smita Mukherjee(1), Michel Goldmann (1), and Alokmay Da;a (2)
(1) -‐ Ins-tut des Nanosciences de Paris, 4 Place Jussieu, Paris-‐75005, France. (2) -‐ Surface Physics and Materials Science Division, Saha Ins-tute of Nuclear Physics,1/AF Bidhannagar, Kolkata-‐700064, India.
111
MO 1. On the forma]on of structure and proper]es in AlMnCu Gillani Sajid, Häussler Peter, Chemnitz University of Technology, Germany MO 2. Solvents effect on structural and op]cal proper]es of ZnO thin films prepared by sol-‐gel technique Telia Azzedine(1), Boukaous Chahra(1), Horwat David(2), Ghanem Salah(1) (1) -‐ Laboratoire Microsystème et Instrumenta-on, Département d'électronique, Faculté des Sciences et de Technologie, Université Constan-ne 1, Constan-ne, Algeria
(3) -‐ Ins-tut Jean Lamour, université de Lorraine, France
MO 3. Solvent mediated self assembly of achiral short molecules into tubular structures Jamal Asad(1), Mesini Philippe(2), Reiter Günter(1) (1) -‐ Physikalisches Ins-tut, Albert-‐Ludwigs-‐ Universität Freiburg, Germany
(2) -‐ Ins-tut Charles Sadron, Strasbourg, France
MO 4. Submicro-‐sized nanocrystalline (Y1-‐xEux) 2O3 spheres as red-‐emiung phosphors: determina]on of size-‐dependent structure behavior Bezkrovnyi Oleksii(1), Yuliya Yermolayeva(1), Matveevskaya Neonilla(1), Parkhomenko Sergii(1), Vovk Oleh(1), Danylenko Mikola(2), Baumer Vyacheslav(3) (1) -‐ Ins-tute for Single Crystals, NAS of Ukraine, Ukraine
(2) -‐ Ins-tute for Problems in Materials Science, NAS of Ukraine, Ukraine
(3) -‐ Ins-tute for scin-lla-on materials, NAS of Ukraine, Ukraine MO 5. Characterisa]on of thin silicon carbide films irradiated by KrF excimer laser Salah Nemouchi(1), Kamel Mirouh(2), Mohamed Kechouane(3), Tahar Kerdja(4) (1) Laboratoire des Couches Minces et Interfaces, Département de Physique, Université
Constan-ne 1, Route d’Ain El Bey, 25000 Constan-ne, Algeria
(2) Université Des Sciences et Technologie Houari Boumediène (USTHB), Faculté de Physique, Algeria
(3) Centre de développement des Techniques Avancées (CDTA), Algéria
MO 6. Visualiza]on and spectroscopic studies of the thermally-‐induced first-‐order phase transi]on in the (C12H25NH3)2PbI4 photoluminescent organic-‐inorganic single crystal Yangui Aymen
Groupe d'Etude de la Ma-ère Condensée, Univesité Versailles Sr Quen-n en Yvelines, France 112
MC 30 : Structure and dynamics III: Molecular systems under extreme condi]ons of pressure and temperature
MO 7. Radia]on damage in « real » zeolite : simula]ng the effects of grain boundaries Barot Asmi, Dove Mar?n, Trachenko Kostya
Queen Mary, University of London, United Kingdom MO 8. Inves]ga]on of thermal conduc]vity of an unusual glass-‐like solids: crystalline clathrate hydrates
Romantsova Olesya, Krivchikov Alexander
B. Verkin Ins-tute for Low Temperature Physics and Engineering of the Na-onal Academy of Sciences of Ukraine, Kharkov, Ukraine
MO 9. Structural study in situ at high pressure of perylene crystal by UV Resonant Raman Spectroscopy Montagnac Gilles, Cardon Hervé, Daniel Isabelle, Reynard Bruno
Laboratoire de Géologie de Lyon -‐ Terre, Planètes, Environnement, France MO 10. Universal law for bonding and mechanical proper]es in crystals Lobato Fernandez Alvaro
Departamento de Química-‐Física I, Facultad de Ciencias Quimicas (UCM), Spain MO 11. Magne]sm and Structure of Solid Oxygen under High Pressure Klotz Stefan
Ins-tut de minéralogie et de physique des milieux condensés, UPMC, Paris, France
MO 12. Low temperature thermal conduc]vity of solid ammonia Romanova Te?ana
W. Trzebiatowski Ins-tute, Low Temperature and Structure Research Polish Academy of Sciences, Wroclaw, Poland MO 13. Monohydrated Ammonia Ices under High Pressure by Ab Ini]o Methods Mafety Adrien
Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, UPMC, Paris, France MO 14. Ammonia monohydrate at high pressures Liu Cailong(1,2), Beneut Keevin, Antoine Queyroux Jean, Le Marchand Gilles, Ninet Sandra, Datchi Frederic (1) -‐ Inst. de Minéralogie et de Physique des Milieux Condensés, France
(2) -‐ Ins-tute of Atomic and Molecular Physics, Jilin University, Changchun, 130012, China MO 15. A revised phase diagram for solid carbon dioxide Datchi Frédéric
Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, UPMC, Paris, France
MO 16. In situ high temperature high pressure Brillouin research on single crystal carbon dioxide Li Fangfei(1), Chen Chen(1), Fu Xinpeng(1), Huang Fengxian(1), Han Bo(1), Zhou Qiang(1,2), Cui Tian(2,1) (1) -‐ State Key Lab of Superhard Materials, Jilin University, China
(2) -‐ College of Physics, Jilin University, China 113
MO 17. Structural phase transi]on of MnNb2O6 under high pressure Fengxian Huang(1), Zhou Qiang(1), Li Liang(2), Huang Xiaoli(1), Xu Dapeng(2), Li Fangfei(1), Tian Cui(1) (1) -‐ State Key Lab of Superhard Materials, Jilin University, China
(2) -‐ College of Physics, Jilin University , China
MO 18. Mechanism of Superconduc]vity in Disilane under High Pressures: A First-‐Principles Study Jin Xilian State Key Lab of Superhard Materials, College of Physics, Jilin University, China
MO 19. Giant strain in urea Ostrowska Kinga
Department of Organic Chemistry Faculty of Chemistry, Medical University of Warsaw, Poland MO 20. Ab ini]o Molecular Dynamics study of proton conduc]on in water ices under an electric field Cassone Giuseppe(1,2,3,4), Giaquinta Paolo(2), Saija Franz(4), Sai;a Marco(3,1) (1) -‐ Université Pierre et Marie Curie -‐ Sorbonne Université, France
(2) -‐ University of Messina, Italy
(3) -‐ French Na-onal Centre for Scien-fic Research, France
(4) -‐ Ins-tute for Chemical-‐Physical Processes -‐ CNR of Messina, Italy MC 31 : Structure and Dynamics IV: Inorganic glasses: from structure to plas]city and damage
MO 21. Elabora]on and characteriza]on of a cellular glass based cullet and ]res used Ayadi Azzedine, Benhaoua Fayrouz, S?? Nacira University M'hamed BOUGARA of Boumerdes, Algeria MO 22. What is the meaning of the hierarchical solu]on of the PoCs glass? Klic Antonin
Ins-tute of Physics, Academy of Science of the Czech Republic, Czech Republic
MO 23. Plas]city of strongly heterogeneous materials Tyukodi Botond(1), Lemarchand Claire(2), Vandembroucq Damien(1) (1) -‐ Ecole Superieure de Physique et de Chimie Industrielles, Paris, France
(2) -‐ DNRF "Glass and Time" centre, Department of Sciences, Roskilde University, Denmark MO 24. Electron irradia]on damage of silicate phases of anhydrous cement Dunste;er Frederic(1), De Noirfontaine Marie-‐Noëlle, Gorse-‐Pomon? Dominique, Cour?al Mireille, Signes-‐Frehel Marcel, Wang Guillaume (1) Laboratoire des Solides Irradiés, Ecole Polytechique, CLRS UMR 7642 & CEA/DSM/IRAMIS, 91128 Palaiseau cedex, France MO 25. Nonlinear elas]c moduli of Zr52.5Cu17.9Ni14.6Al10Ti5 and La32.5Ce32.5Co25Al10 bulk metallic glasses Witczak Przemyslaw, Witczak Zbigniew
Ins-tute of High Pressure Physics, Polish Academy of Sciences, Warsaw, Poland MO 26. Structure and Ionic conduc]vity study of Na2O-‐P2O5-‐B2O3 glasses Sdiri Nasr, Elhouichet H., Ferid M. Sciences Faculty of Tunis -‐ Tunis El Manar University, Tunisia
114
MO 27. Thermal conduc]vity of disordered molecular crystals with glass transi]on Szewczyk Daria, Jezowski Andrzej
Ins-tute of Low Temperature and Structure Research, Polish Academy of Sciences, Wroclaw, Poland MC 37 : Topological constraints -‐ Topological interac]ons
MO 88. Melts of unconcatenated polymer rings revisited Wi;mer Joachim
Ins-tut Charles Sadron, Université Louis Pasteur, Strasbourg, France MO 89. In silico single manipula]on of DNA molecules with physics engines Victor Jean-‐Marc
Université Pierre et Marie Curie -‐ Paris 6, France MO 90. Dynamics of a monodisperse Lennard-‐Jones system on a sphere Vest Julien-‐Piera
Laboratoire de Physique Théorique de la Ma-ère Condensée, UPMC, Paris, France MC 38 : Transport phenomena impac]ng the safety and life]me of materials
MO 91. Evalua]on of physico-‐chemical proper]es of biodiesel subjected to ultraviolet radia]on and a thermal degrada]on: using thermal lens spectrometry Linhares Fernanda
Universidade Estadual do Norte Fluminense Darcy Ribeiro, Brazil MO 92. Risk study of the arterial dissec]on on the basis of mechanical proper]es of thoracic and abdominal arteries of sheep Salim Kadri, Salima Labidi(1,2), Ahmed Assala(1) Université de Science et Technique Houari Boumédiène, Faculté de Mécanique et de Génie des Procédés Département de CMP
115
Poster session 2 -‐ Tuesday 27th 17:30-‐19:00
Poster session 2
MC 2 : Biophysics I: Physical morphogenesis and cell mechanics
TU 76. All-‐op]cal imaging of the thermal proper]es of single cells Legrand Romain(1), Abi Ghanem Maroun(1), Dehoux Thomas(1), Plawinski Laurent(2), Durrieu Marie-‐Chris?ne(2), Audouin Bertrand(1) (1) -‐ Ins-tut de Mécanique et d'Ingénierie de Bordeaux, France
(2) -‐ Chimie et Biologie des Membranes et des Nanoobjets, Bordeaux, France TU 77. Local viscoelas]c proper]es of living cancer cells probed using Atomic Force Microscopy Abidine Yara(1), Laurent Valérie(1), Michel Richard(1), Duperray Alain(2), Verdier Claude(1) (1) -‐ Laboratoire Interdisciplinaire de Physique, Université Joseph Fourier, Grenoble, France
(2) -‐ Ins-tut Albert Bonniot, INSERM & Université Joseph Fourier, Grenoble, France
TU 78. Modelling of fibres, from biofilms to wound healing Wu Min, Ben Amar Mar?ne LPS, Ecole Normale Supérieure, France TU 79. Morphogenesis of a constrained stretchable elas]ca Napoli Gaetano, Turzi Stefano Università del Salento, Italy TU 80. Novel Approach to Gas Media Analysis Based on Yanson Point-‐Contact Spectroscopy Golovko Svitlana(1), Kamarchuk Genadiy(1), Gudimenko Vasilii(1), Pospelov Alexander(2), Kravchenko Andrey(3) (1) – B. Verkin Ins-tute for Low Temperature Physics and Engineering of the Na-onal Academy of Sciences of Ukraine, Ukraine
(2) -‐ Na-onal Technical University, Kharkov Polytechnic Ins-tute, Ukraine
(3) -‐ V. Karazin Kharkov Na-onal University, Ukraine MC 8: Low Temperatures – Superconduc]vity I: Mesoscopic superconduc]vity and quantum circuits
TU 15. Transport equa]ons for superconductors in the presence of spin interac]on Konschelle François
Ins-tute for Quantum Informa-on, RWTH Aachen University, Aachen, Germany TU 16. Strong ]me-‐reversal symmetry breaking and a fermion parity switch in discrete superconduc]ng vor]ces Van Heck Bernard(1,2), Mi Shuo(2), Akhmerov Anton(1) (1) -‐ Kavli Ins-tute of Nanosciences, Del[ University of Technology, Del[, the Netherlands
(2) -‐ Ins-tuut-‐Lorentz for Theore-cal Physics, Leiden University, the Netherlands 116
TU 17. Microwave Magnons in Circuit-‐QED Karenowska Alexy
Department of Physics, University of Oxford, United Kingdom TU 18. Circuit-‐QED with a Josephson Parametric Oscillator Bylander Jonas
Chalmers University of Technology, Göteborg, Sweden
TU 19. Nonclassical Photon Pair Produc]on by a Josephson Junc]on Parlavecchio Olivier
CEA Saclay, France TU 20. ScaCering in the ultra-‐strong coupling regime: Frequency conversion at the single photon limit Zueco David
Universidad de Zaragoza, Spain TU 21. Hall Effect Gyrators and Circulators Viola Giovanni, Divincenzo David IQI, RWTH Aachen University, Aachen, Germany TU 22. Crossover between Abrikosov vortex repulsion and aCrac]on in superconduc]ng and ferromagne]c hybrid systems Bespalov Anton(1,2), Mel'nikov Alexander(2)(3), Buzdin Alexander(1) (1) -‐ Université de Bordeaux, France
(2) -‐ Ins-tute for Physics of Microstructures RAS, Russia
(3) -‐ Lobachevsky State University of Nizhni Novgorod, Russia TU 23. Correlated Cooper pair transport in Josephson bijunc]ons Feinberg Denis
Ins-tut Néel, CNRS? Grenoble, France TU 24. Superconduc]vity in a Quasi-‐2D Electron Gas at a LaAlO3-‐SrTiO3 Interface Klimin Serghei(1), Tempere Jacques(1), Devreese Jozef(1), Van Der Marel Dirk(2) (1) -‐ TQC, Universiteit Antwerpen, Belgium
(2) -‐ Département de Physique de la Ma-ère Condensée, University of Geneva, Switzerland TU 25. Switching proper]es of superconduc]ng micron-‐size channels in LaAlO3/SrTiO3 hetero-‐structures Hurand Simon(1), Bergeal Nicolas(2), Feuillet-‐Palma Cheryl(1), Lesueur Jérôme(1) (1) -‐ Laboratoire de Physique et d'Etude des Matériaux, ESPCI ParisTech, rance
(2) -‐ Laboratoire de Physique et d'Étude des Matériaux, CNRS -‐ ESPCI ParisTech, 10 rue Vauquelin -‐ 75005 Paris, France TU 26. Orienta]onal tuning of the 2D-‐superconduc]vity in LaAlO3/SrTiO3 interfaces. Singh Gyanendra
Laboratoire de Physique et d'Etude des Matériaux, ESPCI ParisTech, Paris, France TU 27. Top ga]ng control of superconduc]vity at the LaAlO3/SrTiO3 interfaces Jouan Alexis
Laboratoire de Physique et d'Etude des Matériaux, ESPCI ParisTech, Paris, France 117
MC 4 : Graphene II: Lavoisier discussion: Op]cal and opto-‐electronic of carbon nanostructures
TU 1. Magneto-‐photoluminescence of individual semiconduc]ng single-‐walled carbon nanotubes Gandil Morgane, Shaver Jonah, Tamarat Philippe, Lounis Brahim
Laboratoire Photonique, Numérique et Nanosciences, France TU 2. Time-‐ and space-‐modulated Raman signals in graphene-‐based op]cal cavi]es Laë??a Marty(1), Reserbat-‐Plantey Antoine(1), Klyatskaya Svetlana(2), Arcizet Olivier(3), Reita Valérie(1), Ruben Mario(2), Bouchiat Vincent(1) (1) -‐ Ins-tut Néel, CNRS, Grenbole, France
(2) -‐ Karlsruhe Ins-tute of Technology, Eggenstein-‐Leopoldshafen, Germany
(3) -‐ Ins-tut Néel, CNRS, Université Grenoble Alpes, France TU 3. Opto-‐electronic inves]ga]on of hot electron relaxa]on in monolayer graphene Berthou Simon
Laboratoire Pierre Aigrain, Eole Normale Supérieure, Paris, France TU 4. A new structural model for graphene oxide and reduced graphene oxide as revealed by core EELS and DFT Tararan Anna(1), Zobelli Alberto(1), Benito Ana(2), Maser Wolfgang(2), Stéphan Odile(1) (1) -‐ Laboratoire de Physique des Solides, Université Paris Sud, Orsay, France
(2) -‐ Department of Chemical Processes and Nanotechnology, Ins-tuto de Carboquímica, Spain
TU 5. Distance scaling of the energy transfer rate between a single semiconductor nanostructure and a graphene monolayer Federspiel François(1), Froehlicher Guillaume(1), Nasilowski Michel(1), Pedey Silvia(1), Dubertret Benoît(1), Mahmood Ather(1), Doudin Bernard(1), Park Serin(2), Lee Jeong-‐O(2), Halley David(2), Gilliot Pierre(1), Berciaud Stéphane(1) (1) -‐ Ins-tut de Physique et Chimie des Matériaux de Strasbourg (IPCMS), France
(2) -‐ LPEM-‐ESPCI, France, (4) -‐ KRICT, South Korea TU 6. Towards on-‐chip pulsed microlasers through the integra]on of graphene and planar photonic crystals Pavlova Alexandra(1)(2), Rojo Romeo Pedro(2), Seassal Chris?an(2), Regreny Philippe(2), Rybin Maxim(1), Kondrashev V(1), Rusakov P(1), Obraztsova Elena(1), Viktorovitch Pierre(2), Letartre Xavier(2), Monat Christelle(2) (1) -‐ A.M. Prokhorov General Physics Ins-tute, Russia
(2) -‐ Ins-tut des nanotechnologies de Lyon -‐ Site d'Ecully, France TU 7. Engineering of CVD graphene optoelectronic proper]es Applica]on as transparent electrode in solar cells Boutchich Mohamed
Laboratoire de génie électrique de Paris, France TU 8. Inves]ga]on of electronic and morphological proper]es of graphene/HOPG system and the unexpected corruga]on varia]on observed on moiré paCerns Yıldız Dilek(1), Sen Sener(2), Gulseren Oguz(2), Gürlü Oguzhan(1) (1) -‐ Istanbul Technical University, Turkey
(2) -‐ Bilkent University, Turkey 118
TU 9. Coupling Single Carbon Nanotubes To Op]cal Cavi]es Jeantet Adrien(1), Chassagneux Yannick(1), Vaneph Cyril(2), Estève Jérome(2), Reichel Jakob(2), Voisin Christophe(1) (1) -‐ Laboratoire Pierre Aigrain, Ecole Normale Supérieure, Paris, France
(2) -‐ Laboratoire Kastler Brossel, Ecole Normale Supérieure, Paris, France TU 10. Low-‐temperature photoluminescence spectra in carbon nanotubes as a probe of acous]c phonon confinement
Vialla Fabien(1), Chassagneux Yannick(1), Lauret Jean-‐Sébas?en(2), Voisin Christophe(1) (1) -‐ Laboratoire Pierre Aigrain, Ecole Normale Supérieure, Paris, France
(2) -‐ Laboratoire Aimé CoAon, Université Paris Sud, Orsay , France TU 11. Energy relaxa]on rates in monolayer graphene via deforma]on poten]al and piezoelectric scaCering Tiras Engin(1), Ardali S(1), Tiras T(1), Arslan E(2), Cakmakyapan S(2), Kazar O(2), Hassan J(3) (1) Anadolu University, Turkey
(2) Bilkent University, Turkey
(3) Department of Physics, Chemistry and Biology -‐Linkoping University of Technology, Sweden TU 12. Graphene on Cu(111) and Ni(111) surfaces: an interplay of physisorp]on and chemisorp]on Crljen Zeljko, Lazic Predrag
Rudjer Boskovic Ins-tute, Theore-cal Physics Division, Croa-a
TU 13. Influence of different metals on Graphene Serrano-‐Esparza Inés(1)(2), Mihalik Jan(3)(1), Fan Jiyu(4)(3)(1), De Teresa José María(3)(1)(2) (1) -‐ Universidad de Zaragoza, Spain
(2) -‐ Ins-tuto de Ciencia de Materiales de Aragón, Spain
(3) -‐ Laboratorio de Microscopias Avanzadas, Spain
(4) -‐ Nanjing University of Aeronau-cs and Astronau-cs, Nanjing, China
MC 5 : Life-‐Cycle of nanomaterials in the (bio)environment: impact on their proper]es and toxicity issue
TU 81. Enhanced Anions Permea]on In Bioinspired Solid Nanopore Picaud Fabien, Boukari Khaoula, Gharbi Tijani, Balme Sébas?en, Janot Jeanmarc, Henn François Laboratoire de Nanomédecine, Imagerie et Thérapeu-que, France MC 7 : Liquid Physics II: Dynamics in water and aqueous solu]ons
TU 82. Structural Modeling of Water in a Reverse Monte Carlo (RMC) Simula]on Kotbi Mohammed
Département de Physique, BP 119, Université de Tlemcen , Algeria TU 83. Dynamics of Salty Solu]ons under Pressure Ludl Adriaan-‐Alexander(1), Bove Livia(1,2), Sai;a A. Marco(1), Klotz Stefan(1) (1) -‐ Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, France
(2) -‐ Ecole Polytechnique Fédérale de Lausanne, Switzerland 119
TU 84. Brownian diffusion of a colloid at the air-‐water interface Boniello Giuseppe, Stocco Antonio, Gross Michel, In Mar?n, Blanc Christophe, Nobili Maurizio
Laboratoire Charles Coulomb, Université Montpellier 2, Montpellier , France TU 85. Two dynamic crossovers in Laponite hydra]on water Stefanuy Eleonora, Bruni Fabio Dipar-mento di Scienze, Università degli Studi "Roma Tre", Italy TU 86. Ab-‐ini]o study of the electric field at an oxide/water interface Laporte Sara
Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, UPMC, Paris, France TU 87. Dynamical anomalies in water under extreme pressures Ranieri Umbertoluca(1), Bove Livia(1,2), Giura Paola(1), Santoro Mario(3), Gorelli Federico(3), Klotz Stefan(1) (1) -‐ Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, UPMC, Paris, France
(2) -‐ Ecole Polytechnique Fédérale de Lausanne, Lausanne, Switzerland
(3) -‐ LENS, European Laboratory for Nonlinear Spectroscopy, Italy TU 88. Dynamics of water confined in chryso]le asbestos studied by inelas]c neutron scaCering Ivanov Alexandre
Ins-tut Laue Langevin, Grenoble, France TU 89. Dynamical anomalies in water under extreme pressures Ranieri Umbertoluca(1), Bove Livia(2)(1), Giura Paola(1), Santoro Mario(3), Gorelli Federico(3), Klotz Stefan(1) (1) -‐ Ins-tut de minéralogie, de physique des matériaux et de cosmochimie, France
(2) -‐ Ecole Polytechnique Fédérale de Lausanne, Switzerland
(3) -‐ LENS, European Laboratory for Nonlinear Spectroscopy, Italy TU 90. Single par]cle dynamics of water-‐methanol mixtures from quasielas]c neutron scaCering and molecular dynamics simula]ons Russo Valen?no(1), De Panfilis Simone(2), Formisano Ferdinando(3), Gonzalez Miguel Angel(4), Jiminez-‐Ruiz Monica(4) (1) -‐ Università Sapienza (Roma,Italy) ,Ins-tut Laue-‐Langevin (Grenoble, France)
(2) -‐ CLNS IIT, Italy
(3) -‐ IOM-‐CNR, France
(4) – Ins-tut Laue Langevin, Grenoble, France TU 91. Linear and Non-‐linear Flow Proper]es of Entangled Calf-‐Thymus DNA Solu]ons Bravo Anaya Lourdes Mónica(1,2), Macías Balleza Emma Rebeca(1), Pérez López Juan Humberto(1), Larios Durán Erika Roxana(1), Carvajal Ramos Francisco(3), Soltero Mar•nez J.f. Armando(1), Rharbi Yahya(2) (1) -‐ Universidad de Guadalajara, Mexico
(2) -‐ Laboratoire de Rhéologie et Procédés, France
(3) -‐ Centro Universitario UTEG, Mexico
TU 92. Simulated Raman spectra of Cryoli]c melts Cıkıt Serpil(1), Akdeniz Zehra(2), Madden Paul(3) (1) -‐ Haliç University, Mathema-cs Department, Kagithane/Istanbul, Turkey
(2) -‐ Piri Reis University, Turkey
(3) -‐ Oxford University, United Kingdom
120
MC 6: Liquid Physics I: Fluids in confinement: in-‐ and out-‐of-‐equilibrium
TU 93. Transport in complex fluid under a temperature gradient : the Rayleigh's Piston model Villain-‐Guillot Simon, Würger Aloïs
Laboratoire Ondes et Ma-ère d'Aquitaine, Bordeaux, France TU 94. Mul]scale dynamics of confined water within dense clay sediments probed by deuterium mul]quanta NMR relaxometry and two-‐]me s]mulated echo NMR spectroscopy Porion Patrice, Faugère Anne Marie, Delville Alfred
Centre de Recherche sur la Ma-ère Divisée, France MC 9 : Low Temperatures -‐ Superconduc]vity II : Fe-‐based superconductors
TU 28. Superposi]on Principle for Nonlinear Josephson Plasma Waves in Layered Superconductors Placed inside a Vacuum Waveguide Rokhmanova Te?ana(1), Maizelis Zakhar(1,2), Apostolov Stanislav(1,2), Yampol'skii Valery(1,2) (1) -‐ A.Ya. Usikov Ins-tute for Radiophysics and Electronics, Na-onal Academy of Sciences of Ukraine
(2) -‐ V.N. Karazin Kharkov Na-onal University, Ukraine
TU 29. The ]lted vortex lauce in an isotropic superconductor: structural transi]ons and dynamic. Herrera Edwin (1,2,3), Guillamón Isabel (1,2,,3), Galvis José (1,2,3), Correa Alexandre (4), Luccas Roberto (4), Monpean Federico (4), García-‐Hernandez Mar(4), Vieira Sebas?an(1,2,3), Suderow Hermann(1,2,3) (1) Laboratorio de Bajas Temperaturas, Departamento de Física de la Materia Condensada, Universidad Autonoma de Madrid, Madrid, Spain
(2) Ins-tuto de Ciencia de Materiales Nicolás Cabrera & Ins-tuto de Física de la Materia Condensada (IFIMAC)
(3) Unidad Asociada de Bajas Temperaturas y Altos Campos Magné-cos, UAM/CSIC, Spain
(5) Ins-tuto de Ciencia de Materiales de Madrid, Spain.
TU 30. Correla]on between structural proper]es and superconduc]ng proper]es of YBa2Cu3O7 ion irradiated thin films Jouanny Isabelle(1), Kermorvant Julien(2), Marcilhac Bruno(2), Gorse Dominique(1), van der Beek Kees(1) (1) -‐ Laboratoire des Solides Irradiés, Ecole Polytechnique, Palaiseau, France
(2) -‐ Unité mixte de physique CNRS/Thalès, Palaiseau, France TU 31. Temperature dependence of the magne]c penetra]on depth in Ba(Fe1-‐xNix) 2As2 superconductors: Direct measurement from the shielding magne]c suscep]bility
Rey R. I.(1), Ramos A.(2), Mosqueira J.(2), Salem-‐Sugui Jr. S.(3), Alvarenga A.d.(4), Luo H-‐Q.(5), Lu X-‐Y.(5), Zhang R.(5), Vidal Felix (2) (1) -‐ Universidad de San-ago de Compostela, Spain
(2) -‐ LBTS, Universidad de San-ago de Compostela, Spain
(3) -‐ Universidade Federal do Rio de Janeiro, Brazil
(4) -‐ Ins-tuto Nacional de Metrologia Qualidade e Tecnologia, Brazil
(5) -‐ Beijing Na-onal Laboratory for Condensed MaAer Physics, China TU 32. Charge nema]c fluctua]ons and superconduc]ng gap in Ba1-‐xKxFe2As2 probed by Raman scaCering Massat Pierre
Laboratoire Matériaux et Phénomènes Quan-ques, Université Paris-‐Diderot, Paris, France 121
MC 13 : Magne]sm: Magne]za]on dynamics and spintronics
TU 45. Spin injec]on and dynamics in p-‐doped Germanium Rortais Fabien(1), Laczkowski Piotr(2), Oyarzun Simon(1), Rojas-‐Sanchez Juan-‐Carlos(2), Reyren Nicolas(2), Vergnaud Céline(1), Marty Alain(1), Beigné Cyrille(1), A;ané Jean-‐Philippe(1), Vila Laurent(1), Desfonds Gerard(1), Gambarelli Serge(1), Jaffrès Henri(2), George Jean-‐Marie(2), Jamet Ma;hieu(1) (1) -‐ Ins-tut Nanosciences et Cryogénie (ex DRFMC), CEA Grenoble, France
(2) -‐ Unité mixte de physique CNRS/Thalès, Palaiseau, France
TU 46. Magne]c ''monopoles'' in ar]ficial spin ice systems Perrin Yann(1), Rougemaille Nicolas(1), Montaigne François(2), Canals Benjamin(1), Hehn Michel(2), Riahi Hanna(2), Louis Damien(2), Lacour Daniel(2), Mc Murtry Stéphane(2), Toussaint Jean-‐Christophe(1), Fruchart Olivier(1), Wagner Edouard(1), Alessandro Coy(3), Mentes Onur(3), Locatelli Andrea(3) (1) -‐ Ins-tut Néel, CNRS, Grenoble, France
(2) -‐ Ins-tut Jean Lamour: Matériaux-‐Métallurgie-‐Nanosciences-‐Plasma–Surfaces, Nancy, France
(3) -‐ Synchrotron ELETTRA, Trieste, Italy TU 47. Ultrafast spin-‐state photoswitching dynamics in FeII-‐based molecular solids: Revealing the Early process of LIESST and reverse-‐LIESST mechanism across poten]al energy surface. Marino Andrea, Servol Marina, Bertoni Roman, Cammarata Marco, Lorenc Maciej, Chakraborty Pradip, Hauser Andreas, Mauriac Cindy, Matar Samir, Létard Jean-‐François, Collet Eric Ins-tut de physique de Rennes, France TU 48. p-‐type conduc]vity generated by ferromagne]c ordering via percola]ve anionic H chain forma]on Lee Hosik, Shin Jong Moon, Cho Yong Chan, Lee Seunghun, Park Chul Hong, Park Noejung, Jeong Se-‐Young, Kim Sung Youb
Ulsan Na-onal Ins-tute of Science & Technology, South Korea TU 49. Influence of clamping effect in the effec]ve magnetoelectric coupling in a magnetostric]ve /piezoelectric system Mouhamadou Gueye, El Bahoui Anouar, Zighem Fa?h, Faurie Damien, Belmeguenai Mohamed, Mercone Silvana, Haddadi Halim
Laboratoire des Sciences des Procédés et des Matériaux, France TU 50. (Withdrawn)
TU 51. An atomis]c study of electric field influence on anisotropies in nanomagnets Tranchida Julien(1,2), Thibaudeau Pascal(1), Nicolis Stam(2) (1) -‐ CEA Le Ripault, France
(2) -‐ Laboratoire de Mathéma-ques et Physique Théorique, France MC 20 : Semiconductors I: Coherence proper]es in semiconductor quantum dots
TU 59. Symmetries and op]cal transi]ons of hexagonal quantum dots in GaAs/AlGaAs nanowires Svendsen Guro(1), Skaar Johannes(1), Weman Helge(1), Dupertuis Marc-‐André(2) (1) -‐ University Graduate Center, Kjeller, Norway, Department of Electronics and Telecommunica-ons Norwegian University of Science and Technology, Trondheim, Norway (2) Laboratory of Quantum Optoelectronics, Ecole Polytechnique Fédérale de Lausanne (EPFL), CH-‐1015 Lausanne, Switzerland 122
TU 60. Resonant vs. non-‐resonant excita]on of semiconductor quantum dots: Accessing the intrinsic exciton life]me Proux Raphaël, Maragkou Maria, Baudin Emmanuel, Roussignol Philippe, Diederichs Carole
Laboratoire Pierre Aigrain, Ecole Normale Supérieure, Paris, France TU 61. Resonant op]cal pumping of a Mn spin in a strain free quantum dot Besombes Lucien, Boukari Hervé, Varghese Bobin
Ins-tut Néel, CNRS, 24 Avenue des Martyrs, 38042 Grenoble, France TU 62. Spin dynamics of an individual Mn atom coupled to a hole spin in a II-‐VI semiconductor quantum dot Besombes Lucien, Boukari Hervé, Varghese Bobin Ins-tut Néel, CNRS, 24 Avenue des Martyrs, 38042 Grenoble, France TU 63. Resonant excita]on of a quantum dot in a photonic wire Nguyen Hoai-‐Anh(1), Tumanov Dmitrii(1), De Assis Pierre-‐Louis(2,1), Fra?ni Filippo(1,2), Nogues Gilles(1), Gregersen Niels(3), Auffeves Alexia(1), Claudon Julien(4), Gérard Jean-‐
Michel(4), Poizat Jean-‐Philippe(1) (1) -‐ Equipe « Nanophysique et semi-‐conducteurs », Ins-tut Néel, CNRS, Université Grenoble Alpes France
(2) -‐ Departamento de Física, Universidade Federal de Minas Gerais, Belo Horizonte, Brazil (3) -‐ Department of Photonics Engineering, DTU Fotonik, Kongens Lyngby, Denmark
(4) -‐ Equipe « Nanophysique et semi-‐conducteurs », INAC, CEA Grenoble, France TU 64. Heterodyne detec]on of the coherent dynamics of an exciton in InAs/GaAs quantum dots Siarry Bruno
Ins-tut des Nanosciences de Paris, Université Pierre et Marie Curie, Paris, France TU 65. Charge stability of 2-‐qubit devices based on geometrically-‐defined isolated double quantum dots
Samaresh Das, Tsung-‐Yeh Yang, Aleksey Andreev, Thierry Ferrus, David Williams Hitachi Cambridge Lab, J. J. Thomson Avenue, CB3 0HE Cambridge, United Kingdom
TU 66. Valley blockade and valley-‐dependent Kondo transport in a silicon donor quantum dot Crippa Alessandro(1,2), Tagliaferri Marco(1,2), Ro;a Davide(1), De Michielis Marco(2), Mazzeo Giovanni(1,2), Fanciulli Marco(1,2), Wacquez Romain(3), Vinet Maud(3), Pra? Enrico(2,4) (1) -‐ Dipar-mento di Scienze dei Materiali, Italy
(2)-‐ CNR-‐IMM Laboratorio MDM, Italy
(3) -‐ CEA-‐LETI-‐MINATEC, Grenoble, France
(4) -‐ Is-tuto di Fotonica e Nanotecnologie CNR, Italy
MC 21 : Semiconductors II: Terahertz Physics and Applica]ons
TU 67. Array of miniature interdigitated antennas for ultra-‐broadband THz genera]on Baillergeau Ma;hieu, Maussang Kenneth, Acquaviva Anaïs, Dhillon Sukhdeep, Tignon Jerome, Mangeney Julie;e Laboratoire Pierre Aigrain, Ecole Normale Supérieure, Paris, France TU 68. Op]cal sideband genera]on with Mid-‐infrared quantum cascade lasers up to room temperature
Houver Sarah, Dhillon Sukheep, Tignon Jérôme, Renaudat St-‐Jean Margaux, Aman? Maria, Sirtori Carlo, Li Lianhe, Linfield E. H. , Davies A. G.
123
Laboratoire Pierre Aigrain, Ecole Normale Supérieure, Paris, France Laboratoire Physique et Phénomènes Quan-ques, Université Paris-‐Diderot, France
TU 69. Single mode opera]on of coupled-‐cavity terahertz quantum cascade lasers
Li Hua, Manceau J.-‐M. , Jagtap Vishal, Andronico Alessio, Sirtori Carlo , Beere Harvey, Ritchie David , Li Lianhe , Linfield E. H., Barbieri Stefano
Laboratoire Pierre Aigrain, Ecole Normale Supérieure, Paris, France Laboratoire Physique et Phénomènes Quan-ques, Université Paris-‐Diderot, France
TU 70. Graphene Ac]ve Plasmonics for New Types of Terahertz Lasers Boubanga Tombet Stéphane, Otsuji T., Satou A., Dubinov A.a., Popov V.v., Ryzhii V. RIEC, Tohoku University, Sendai 9808577, Japan Kotel'nikov Ins-tute of Radioengineering and Electronics, Saratov, Russia
TU 71. Contribu]on of ideality factor, gate leakage current, and loading effect to terahertz detec]on by asymmetric dual-‐gra]ng gate HEMTs Coquillat Dominique, Kurita Yuki, Kobayashi Kengo, Dyakonova Nina, Teppe Frédéric, Consejo Christophe, But Dmitry, Otsuji Taiichi, Knap Wojciech Laboratoire Charles Coulomb (UMR 5221) CNRS-‐Université Montpellier 2, France TU 72. Terahertz Diffrac]ve Op]cs for Nitrides Based Transistor Detectors Cywinski Grzegorz(1), Szkudlarek Krzesimir(1), Sypek Maciej(2), Suszek Jaroslaw(2), Zagrajek Przemyslaw(3), Feduniewicz-‐Zmuda Anna(1), Knap Wojciech(1)(4), Skierbiszewski Czeslaw(1), But Dmitry(4) (1) -‐ Ins-tute of High Pressure Physics of Polish Academy of Sciences, Warsaw, Poland
(2) -‐ Warsaw University of Technology, Warsaw Poland
(3) -‐ Military University of Technology, Warsaw, Poland
(4) -‐ Laboratory Charles Coulomb UMR 5650 UM2 &CNRS, Montpellier, France
TU 73. Satura]on of AlGaN/GaN HEMTs photoresponse at high intensi]es of THz radia]on Diakonova Nina, But Dmitry, Coquillat Dominique, Knap Wojciech, Drexler Cristoph, Olbrich P., Karch J., SchaŸerger M., Sergey Ganichev, Ducournau G., Gaquiere C., Poisson M.-‐A., Delage S., Cywinski G., Prystawko P., Skierbiszewski C. Laboratoire Charles Coulomb UMR 5221 CNRS-‐UM2 Université Montpellier 2, France
TU 74. Terahertz Quantum Cascade Lasers Klimont Adam, Wallis Robert, Jessop David, Kamboj Varun, Shah Yash, Brewer Anthony, Badhwar Shru?, Ren Yuan, Degl'innocen? Riccardo, Beere Harvey, Ritchie David
Cavendish Laboratory -‐ University of Cambridge, United Kingdom TU 75. Evidence of Strong Radia]ve Mul]subband Plasmon Decay Laurent Thibault, Askenazi Benjamin, Delteil Aymeric, Todorov Yanko, Vasanelli Angela, Sirtori Carlo
Laboratoire Matériaux et Phénomènes Quan-ques, Université Paris Diderot, Paris, France MC 28 : Structure and Dynamics I: Metals: Point and extended defects in metallic systems: thermodynamics and kine]cs
TU 52. Evolu]on of Nanoscale Structure During Deforma]on of Low-‐carbon Steel Arer Rolling With Shear Pashinska Elena(1), Varyukhin Victor(1), Zavdoveev Anatoliy(1), Len Adel(2), Almasy Laszlo(2), Maksakova Anna(2) (1) -‐ Donetsk ins-tute for physics and engineering NAS of Ukraine, Ukraine
(2) -‐ Ins-tute for solid state physics and op-cs HAS, Hungary
124
TU 53. Surface proper]es of Bi2Te3 inves]gated by ambient scanning tunneling microscopy and spectroscopy Gurlu Oguzhan(1), Yıldız Dilek(1), Taskın Mert(1), Rischau Carl(2), van der Beek Cornelis(2), Ubaldini Alberto(3) (1) -‐ Istanbul Technical University, Turkey
(2) -‐ Laboratoire des Solides Irradiés, Ecole Polytechnique, Palaiseau, France
(3) -‐ Département de Physique de la Ma-ère Condensée, University of Geneva, Switzerland TU 54. Scanning Probe Microscopy Study of Swir Heavy Ion Irradiated Graphi]c Surfaces Yıldız Dilek(1), Peksu Elif(1), Grygiel Clara(2), Van Der Beek Cornelis(3), Gurlu Oguzhan(1) (1) -‐ Istanbul Technical University, Turkey
(2) -‐ Centre de recherche sur les Ions, les Matériaux et la Photonique, Caen, France
(3) -‐ Laboratoire des Solides Irradiés, Ecole Polytechnique, CNRS UMR 7642 & CEA/DSM/IRAMIS Palaiseau, France TU 55. From icosahedral core-‐shell to janus structure during sequen]al or co-‐deposi]on of Ag-‐Co and Ag-‐
Pt nanoalloys Andreazza Pascal
Centre de Recherche sur la Ma-ère Divisée, Orléans, France TU 56. Inves]ga]on of Thermal metallic materials in Oxyacetylene Abla]on tes]ng Chankapoe Suwicha Defence Technology Ins-tut, Bangkok, Thailand
TU 57. Ac]va]on energies of technological termodonors in transmuta]on doped silicon Kolomoets Volodymyr(1), Mukolaevich Valerii(2), Ivanovych Leonid(2), Ei?mhius Liarokapis(3), Ondasyn Bigoja(4), Lidia Taimuratova(4), Bayram Orasgulyjev(4),Maksym Anatolievich Kolomoets
(1) -‐ Ins-tute of Semiconductor Physics, Ukraine
(2) -‐ Ins-tute of Semiconductor Physics, Na-onal Academy of Sciences of Ukraine, Ukraine
(3) -‐ Na-onal Technical University of Athens, Zografou Campus, GR 15773 Athens, Greece
(4) -‐ Caspian State University, Ak-‐Tau. Kazachstan, Kazakhstan
TU 58. Influence of a disclina]on in the Integer Quantum Hall Effect Lima Anderson, Moraes Fernando, Filgueiras Cleverson Universidade Federal da Paraíba, Brazil
MC 35 : Strongly correlated systems III: f-‐ and d-‐electron systems
TU 39. CAMEA -‐ a novel neutron spectrometer Groitl Felix(1,2), Markó Marton(2), Niedermayer Christof(2), Ronnow Henrik(1) (1) -‐ Ecole Polytechnique Fédérale de Lausanne, Switzerland
(2) -‐ Paul Scherrer Ins-tut, Switzerland TU 40. Amorphous FeVO4/mesoporous carbon composite : a novel cathode material of lithium ion baCeries Yu Zhongbao, Qiu Jingyi, Li Meng, Si Yuchang
Ins-tute of Chemical Defense China
TU 41. Quantum cri]cal metal YbRh2Si2: High magne]c fields and elevated temperatures Zwicknagl Gertrud
Ins-tut für Mathema-sche Physik, TU Braunschweig, Germany 125
TU 42. High-‐field magne]za]on study of U3T4Ge4 (T = Fe, Cu) Andreev Alexander(1), Gorbunov Denis(1), Henriques Margarida(2), Skourski Yurii(3), Havela Ladislav(4), Goncalves Antonio(2) (1) -‐ Ins-tute of Physics, Czech Republic
(2) -‐ University of Lisbon, Portugal
(3) -‐ High-‐Field Laboratory, Germany
(4) -‐ DCMP, Charles University, Czech Republic TU 43. Evolu]on of the Ferromagne]sm in UCoGe Induced by Ru Doping Sechovsky Vladimir
Charles University, Prague, Czech Republic
TU 44. Long-‐Range Magne]c Order in Cr-‐Doped Bi2Se3 Thin Films Collins-‐Mcintyre Liam(1), Sara Harrison(2), Schoenherr Piet(3), Kinane Christy(4), Steinke Nina-‐
Juliana(4), Charlton Tim(4), Langridge Sean(4), Van Der Laan Gerrit(5) (1) -‐ University of Oxford, United Kingdom
(2) -‐ Stanford University, United States
(3) -‐ University of Oxford, United Kingdom
(4) -‐ Science and Technology Facili-es Council, United Kingdom
(5) -‐ Diamond Light Source, United Kingdom MC 36 : Theory: Density func]onal theory and beyond: Theory and applica]ons
TU 33. First Principals Study of Elas]c and Thermodynamic Proper]es of CoN Bourourou Yahia
Modeling and Simula-on in Materials Science Laboratory, University of Sidi Bel-‐Abbès, Algeria TU 34. Spin polariza]on effects on the structural and elas]c proper]es of iron nitride Fe4N, first principle study Maiz Hadj Ahmed Hamza(1), Gueddouh Ahmed(2), Bentria Bachir(2) (1) -‐ University of Science and Technology of Oran, Algeria
(2) -‐ Laboratory of fundamental sciences, University of Laghouat, Algeria
TH 35. Tuning op]cal response in carbon doped boron nitride nano-‐dots
Mokkath Junais
King Abdullah University of Science and Technology, Jeddah, Saudi Arabia
TU 36. First principles calcula]ons of the Structural and Thermal proper]es of SrxCd1-‐xO ternary alloys Labidi Salima, Malika Labidi, Fouad El Haj Hassan Annaba University, Algeria
TU 37. The effect of calcium concentra]on upon structural and electronic proper]es of CdxCa1-‐xO
Amel Lakel, Salima Labidi, Malika Labidi Annaba University, Algeria
TU 38. Computa]onal study of the electronic structure and the chemical bonding of hydrogen embriClent in Fe55Cr25Ni20 industrial alloy Simoney Sandra(1,2,3), Lanz Cesar(1), Brizuela Graciela(1,3), Juan Alfredo(1,3) (1) -‐ Universidad Nacional del Sur, Argen-na
(2) -‐ Universidad Tecnológica Nacional, Argen-na
(3) – CONICET, Argen-na
126
Poster session 3 -‐ Thursday 28th 17:30-‐19:00
Poster session 3
MC 10 : Low Temperatures -‐ Quantum Physics I: Mesoscopic physics and quantum gases
TH 24. Magne]c Moment Proper]es of an Arbitrary Quantum Ring Contour in the Presence of a Magne]c Field Dahan Pinchas, Malits Pinchas School of Engineering at Ruppin Academic Center, Israel TH 25. Spin Polariza]on in Quantum Ring via Magne]c Impuri]es Dahan Pinchas
School of Engineering at Ruppin Academic Center, Israel TH 26. The Dynamic Transi]on In Two-‐Dimensional Electron Crystal Under The Condi]on Of Incomplete Screening Of The Holding Poten]al Sharapova Iryna, Syvokon Vitalii B. Verkin Ins-tute for Low Temperature Physics and Engineering of the Na-onal Academy of Sciences of Ukraine, Ukraine TH 27. Spa]al distribu]on and sound velocity for a Bose gas in mul]-‐slabs M. A.(1), Rodriguez Omar A.(2) (1) -‐ Ins-tuto de Fisica, Universidad Nacional Autonoma de Mexico, Mexico
(2) -‐ Posgrado en Ciencias Fisicas, Universidad Nacional Autonoma de Mexico, Mexico
TH 28. Proper]es of a Bose gas in semi-‐infinite layers with composi]onal disorder Fortes Mauricio
Ins-tuto de Física, Universidad Nacional Autónoma de México; Mexico
TH 29. Anomalous chemical poten]al and sound velocity for a Fermi gas in mul]tubes Salas Patricia, Miguel
Universidad Nacional Autónoma de México, Mexico
TH 30. Spin Dependent Dynamic Pair Excita]ons in Electron Layers
Raphael Hobbiger, Dominik Kreil, Jürgen Drachta, Helga M. Böhm
Ins-tute of Theore-cal Physics, Johannes Kepler University, A4040 Linz, Austria
TH 31. Interac]ng Bose gas in a harmonic trap Smail Kouidri
Department of Physics, University of Saida, Algeria TH 32. Energy budget equa]on of Superfluid HVBK model: LES simula]on Bakhtaoui Mansour(1), Merahi Leila (1,2) (1) -‐ Laboratoire de Mécanique Appliquée, Faculté de Génie Mécanique, Algeria
(2) -‐ Laboratoire d'Energie et Propulsion Navale, Faculté de Génie Mécanique, Algeria 127
TH 33. Extension of the Feynman Varia]onal Method for a Fröhlich Polaron Devreese Jozef, Klimin Serghei
TQC, Universiteit Antwerpen, Belgium
TH 34. The response of flat bands to disorder and external fields in 2D systems Aldea Alexandru, Ostahie Bogdan, Nita Marian
Na-onal Ins-tute of Materials Physics, Romania
MC 15 : Nanomaterials II: Thermal transport and thermodynamics in nanostructures
TH 76. Transport of Circular Nanopar]cles with Oscilla]ng Radii Glavey Russell
Loughborough University, United Kingdom TH 77. Improving of Electronic Conduc]vity of LiFePO4 Electrode Using Mul]-‐Walled Carbon Nanotubes With Different Diameters Li Meng, Qiu Jingyi, Yu Zhongbao, Li Liangyu
Ins-tute of Chemical Defense, China TH 78. Study of Structural, Thermic, micro-‐Raman and Op]c Transforma]on of Composites PVA/TiO2-‐
membranes Romero Salazar Juan David, Jurado J.
Universidad Nacional de Colombia , Colombia
TH 79. The role of atomic vacancies and boundary condi]ons on the ballis]c thermal transport in graphene nanoribbons Costamagna Sebas?an, Scuracchio Pablo, Dobry Ariel
Ins-tuto de Física de Rosario, Argen-na
MC 16 : Nano-‐op]cs I: New tools and concepts in nano-‐op]cs: combining photons and electrons
TH 40. A novel method for the nanometer scale characteriza]on of the radia]ve life]mes of quantum emiCers Meuret Sophie(1), Tizei Luiz(1), Auzelle Thomas(2), Hestroffer Karine(2), Blazit Jean-‐Denis(1), Tencé Marcel(1), Chang Huan-‐Cheng(3), Daudin Bruno(2), Treussart François(4), Kociak Mathieu(1) (1) -‐ Laboratoire de Physique des Solides, Université Paris Sud, Orsay, France
(2) -‐ Laboratoire Nanophysique des Semiconducteurs, France
(3) -‐ Ins-tute of Atomic and Molecular Science, Taiwan
(4) -‐ Laboratoire Aimé CoAon, Université Paris Sud, Orsay, France
TH 41. Temporal shaping of single photon pulses Hornecker Gaston, Emanuel Peinke, Julien Claudon, Jean-‐Michel Gérard, Alexia Auffèves CEA/CNRS joint team “Nanophysics and Semiconductors”, Ins-tut Néel-‐Université Grenoble 128
TH 42. Tip Enhanced Raman spectroscopy on azobenzene terminated thiol self-‐assembled monolayers on gold Picardi Gennaro(1), Krolikowska Agata(2), Yasukuni Ryohei(1), Marc Chaigneau(1), Licitra Christophe(3), Ossikovski Razvigor(1) (1) -‐ Laboratoire de physique des interfaces et des couches minces, Ecole Polytechnique, Palaiseau, France
(2) -‐ Department of Chemistry, University of Warsaw, Poland
(3) -‐ Laboratoire d'Electronique et des Technologies de l'Informa-on, CEA Grenoble, France TH 43. Tunnel op]cal absorp]on/radia]on in nitride semiconductors Alexandrov Dimiter, Skerget Shawn Lakehead University, Canada TH 44. Nanometric resolved cathodoluminescence on few layers h-‐BN flakes Bourrellier Romain
Laboratoire de physique des solides, Université paris-‐Sud, Orsay, France TH 45. Op]cal and electron-‐microscopy study of the plasmonic modes of a self-‐organized metallic gra]ng Coolen Laurent, Lethiec Clo?lde, Frederich Hugo, Laverdant Julien, Popescu Traian, Douillard Ludovic, Maître Agnès Ins-tut de NanoSciences de Paris, Université Pierre et Marie Curie, Paris, France TH 46. Op]mizing the synchrotron photoluminescence at sub-‐microscale to image heterogeneity of historical metal Severin-‐Fabiani Ta?ana(1,2), Thoury Mathieu(2,1), Robbiola Luc(3), Mille Benoit(4), Réfrégiers Ma;hieu(2), Bertrand Loïc(1,2)
(1) -‐ Ins-tut photonique d'analyse non-‐destruc-ve européen des matériaux anciens, France
(2) -‐ Soleil Synchrotron, Saint-‐Aubin, France
(3) -‐ Travaux et Recherches Archéologiques sur les Cultures, les Espaces et les Sociétés, France
(4) -‐ Laboratoire de Recherche et de Restaura-on des Musées de France, France
TH 47. Study of Alloyed Gold Surfaces and Colloidal Quantum Dots by Ambient Photon Emission Scanning Tunnelling Microscopy Gürlü Oguzhan, Ipek Gökhan, Tamer Selman, Yıldız Dilek, Peksu Elif Istanbul Technical University, Turkey TH 48. Towards Strong-‐Field Experiments with Carbon Cone Nano]ps Chalopin Benoît(1), Bionta Mina(1), Masseboeuf Aurélien(2), Chatel Béatrice(1) (1) -‐ Laboratoire Collisions Agrégats Réac-vité, France
(2) -‐ Centre d'élabora-on de matériaux et d'études structurales, Toulouse, France TH 49. An electrically driven nanosource of light with controlled emission paCern Le Moal Eric(1), Marguet Sylvie(2), Rogez Benoît(1), Boer-‐Duchemin Elizabeth(1), Dujardin Gérald(1), Marinica Dana-‐Codruta(1), Borisov Andrei(1) (1) -‐ Ins-tut des Sciences Moléculaires d'Orsay, Université Paris-‐Sud, Orsay, France
(2) -‐ Laboratoire Francis PERRIN, France TH 50. Op]cal proper]es of supra-‐molecular assemblies on metallic objects Jaouen Maud, Fiorini Debuischert Céline, Charra Fabrice Service de Physique et de Chimie des Surfaces et Interfaces / NIMBE, CEA-‐DSM-‐IRAMIS Saclay, France
TH 50. Gold Nanopar]cles for Plasmonics Marguet Sylvie, Caron Jérôme, Habert Aurélie
Laboratoire Francis PERRIN, France 129
MC 17 : Nano-‐op]cs II: Nanoop]cs and Plasmonics
TH 52. Nonlinear Op]cal Effects of a Coupled Semiconductor Quantum Dot -‐ Metal Nanopar]cle System Terzis Andreas(1), Kosionis Spyridon(1), Boviatsis Ioannis(2), Paspalakis Emmanuel(3) (1) -‐ Physics Department, University of Patras, Greece (2) -‐ Technological and Educa-onal Ins-tute of Western Greece, Greece
(3) -‐ Materials Science Department, University of Patras, Greece TH 53. Coupling colloidal nanocrystals to op]cal Tamm modes Fu Feng
Ins-tut de Nano Sciences de Paris, Université Pierre et Marie Curie, Paris, France TH 54. Plasmonic response of composite graphene-‐Au nanopaCerned systems Haghighian Niloofar, Coley Camilla, Miseikis Vaidotas, Bisio Francesco, Canepa Maurizio Università degli Studi di Genova, Italy
TH 55. BoCom-‐up approach to control the photon outcoupling of a semiconductor quantum dot with a dielectric photonic wire Cremel Thibault(1), Elouneg-‐Jamroz Miryam(1), Bellet-‐Amalric Edith(2), Cagnon Laurent(3), Tatarenko Serge(1), Kheng Kuntheak(1) (1) -‐ Laboratoire Nanophysique des Semiconducteurs, France
(2) -‐ Ins-tut Nanosciences et Cryogénie (ex DRFMC), CEA Grenoble, France
(3) -‐ Ins-tut Néel, CNRS Grenoble, France TH 56. Kine]cs of growth of silver and gold nanopar]cles in a polymer matrix : How do they modify its op]cal proper]es? Guyot Coren?n, Voué Michel
Université de Mons, Belgium TH 57. Plasmonic enhanced photocurrent in Ge doped GaInO field effect transistor Kang Seong Jun(1), Park Si Jin(1), Park Jin-‐Seong(2) (1) -‐ Kyung Hee University, South Korea
(2) -‐ Hanyang University, South Korea TH 58. Synthesis of Aluminum Nano Par]cles for UV Plasmonics Proust Julien, Schuermans Silvère, Mar?n Jérôme, Gérard Davy, Maurer Thomas, Plain Jérôme
Laboratoire de Nanotechnologie et d'Instrumenta-on Op-que, France TH 59. Op]cal Proper]es of Silver Nanorods in Thin Films Obtained by Grazing Angle Deposi]on Ibrahima Soumahoro
Ins-tut des Nanosciences de Paris, Université Pierre et Marie Curie, Paris, France TH 60. Long range energy transfer supported by surface plasmon Cao Da(1), Cazé Alexandre(1), Pierrat Romain(1), Bardou Nathalie(2), Collin Stéphane(2), Carmina? Rémi(1), De Wilde Yannick(1), Krachmalnicoff Valen?na(1) (1) -‐ Ins-tut Langevin "Ondes et images", ESPCI , Paris, France
(2) -‐ Laboratoire Photonique et Nanostructures, CNRS, Marcoussis, France TH 61. Correla]ng two-‐photon luminescence and topography measurements in single gold nanorods : towards understanding the origin of plasmon emission Molinaro Céline(1), Eloi Fabien(1), El Harfouch Yara(1), Marguet Sylvie(2), Douillard Ludovic(1), Charra Fabrice(1), Fiorini-‐Debuisschert Céline(1) (1) -‐ CEA-‐IRAMIS/ SPEC URA 2464, Laboratoire Nanophotonique, France
(2) -‐ CEA-‐IRAMIS / CNRS URA 2453, Laboratoire Francis Perrin, France 130
TH 62. Tunable Plasmon Polaritons in Arrays of Interac]ng Metallic Nanopar]cles Weick Guillaume(1), Mariani Eros(2) (1) -‐ Ins-tut de Physique et Chimie des Matériaux de Strasbourg, France
(2) -‐ University of Exeter, United Kingdom TH 63. Exci]ng single CdSe/CdZnS nanocrystals by single nanowires waveguides
Wei Geng
Laboratoire de Nanotechnologie et d'Instrumenta-on Op-que, Université de Technologie de Troyes,
Troyes, France
MC 18 : Nano-‐op]cs III: Revealing op]cal proper]es of nanostructured materials
TH 64. Ellipsometry of monolayers of plasmonic nanopar]cles and deficiencies of standard models of effec]ve medium approxima]on. Bortchagovsky Eugene, Lozovski Valeri, Mishakova Te?ana Ins-tute of Semiconductor Physics of the Na-onal Academy of Sciences of Ukraine, Ukraine TH 65. Analysis of generalized Kramers-‐Kronig rela]ons extended to electromagne]c spa]ally dispersive media Brûlé Yoann, Gralak Boris, Demésy Guillaume
Ins-tut FRESNEL, France TH 66. Op]cal proper]es of biaxial nanopaCerned gold plasmonic polarizer determined by Spectroscopic Mueller Matrix Ellipsometry Kildemo Morten(1), Aas Lars(1), Ghadyani Zahra(1), Letnes Paul, Bua?er De Mongeot Francesco(2) (1) -‐ Norwegian University of Science and Technology, Norway
(2) -‐ Universita di Genova and CNISM, Italy TH 67. Anisotropic plasmonic Cu nanopar]cles in sol-‐gel oxide nanopillars studied by spectroscopic Mueller matrix ellipsometry Ghadyani Zahra(1), Kildemo Morten(1), Aas Lars(1), Cohin Yann(2), Søndergård Elin(2) (1) -‐ Norwegian University of Science and Technology, Norway
(2) -‐ Surface du Verre et Interfaces, Saint Gobain Recherchen Aubervilliers, France TH 68. Experimental Analysis and Stochas]c Modeling of Par]cle Deposi]on and Evapora]on for Ionic Self-‐Assembly of Thin Films Schwen Eric, Irina Mazilu
Washington and Lee University, United States TH 69. Colloidal engineering and assemblies of plasmonic nanoresonators: spectroscopic evidence of the control of op]cal proper]es Ponsinet Virginie(1), Tallet Clémence(1), Ehrhardt Kévin(1), Sivasankaran Prathap Chandran(2), Baron Alexandre(3), Yin Quanyi(4), Aradian Ashod(1), Barois Philippe(1) (1) -‐ Centre de Recherches Paul Pascal, Bordeaux, France
(2) -‐ Sri Sathya Sai Ins-tute of Higher Learning, India
(3) -‐ Department of Electrical and Computer Engineering, United States
(4) -‐ East China University of Science and Technology, China TH 70. Macroscopic Spa]otemporal Model for Spin-‐Crossover Single Crystals Paez Miguel, Sy Mouhamadou, Garrot Damien, Varret François, Boukheddaden Kamel
Groupe d'Etude de la Ma-ère Condensée, Université Versailles St Quen-n en Yvelines, France 131
TH 71. A ]ny gas-‐sensor system based on one-‐dimensional photonic crystal Bouzidi Afaf, Bria Driss, Akjouj Abdella?f, Pennec Yan, Djafari-‐Rouhani Bahram, Nougaoui Abdelkrim Ins-tut d'Electronique, de Microélectronique et de Nanotechnologie, France
TH 72. Op]cal and structural proper]es of nanocomposites films of polystyrene/CdS Fahima Boudjada, Barkahoum HARIECHE, Abdelghani DJEBLI, Boubekeur, BOUDINE, Hocine CHORFI, Ouahiba HALIMI, Miloud SEBAIS Département de Physique, Université de Constan-ne 1, Constan-ne, Algeria
TH 73. Intersubband transi]on energy in CdSe/ZnS based nanoshell Samia Abdi-‐Ben Nasrallah
Laboratory of Condensed MaAer and Nanostructures, Department of Physics, Tunisia
TH 74. Fluoresencet sensor study of Higly selec]ve Cu++ in 2-‐(1H-‐benzoimidazol-‐2-‐yl)-‐3-‐thiophen-‐3-‐yl-‐ acrylonitrile Dye (HBTA). Alamry Khalid
King Abdulaziz University, Jeddah, Saudi Arabia
TH 75. Op]cal proper]es of pigments extracted from plants and applica]on to light emiung diodes Ohtani Naoki, Morikawa Tomoki, Katano Yusuke, Nishida Yusuke, Emoto Akira Doshisha University, Japan
MC 19 : Nano-‐phononics, Nanomechanics, and Nano-‐optomechanics
TH 80. Electrostric]on and moving-‐interface genera]on of phonons in a photonic crystal slab cavity Laude Vincent(1), Beugnot Jean-‐Charles(1), Sarah Benchabane(1), Braive Rémy(2), Tsvirkun Viktor(2), Barbay Sylvain(2), Robert-‐Philipp Isabelle(2) (1) -‐ Franche-‐Comté Électronique Mécanique, Thermique et Op-que -‐ Sciences et
Technologies, Besançon, France
(2) -‐ Laboratoire de Photonique et de Nanostructures, CNRS? Marcoussis , France TH 81. Cavity optomechanics with photonic crystal nanomembrane Makles Kevin, Krasnokutska Inna
CNRS, France TH 82. Op]cal force on a singly clamped GaAs mechanical oscillator Tumanov Dmitrii(1), Nguyen Hoai-‐Anh(1), Gloppe Arnaud(2), De Assis Pierre-‐Louis(1), Benya;ou Taha(3), Claudon Julien(4), Gérard Jean-‐Michel(4), Arcizet Olivier(2), Poizat Jean-‐
Philippe(1) (1) -‐ Equipe « Nanophysique et semi-‐conducteurs», Ins-tut Néel, CNRS, Université Grenoble Alpes, France
(2) -‐ Ins-tut Néel, CNRS, Université Grenoble Alpes, France
(3) -‐ Université de Lyon, Ins-tut des Nanotechnologies de Lyon (INL), CNRS, INSA Lyon, France
(4) -‐ Equipe « Nanophysique et semi-‐conducteurs », INAC, CEA Grenoble, France TH 83. Thermal metamaterials based on surface phonon-‐polaritons Antoni Thomas(1)(2), Tranchant Laurent(1), Ordonez-‐Miranda José(1), Volz Sebas?an(1), Palpant Bruno(2) (1)
-‐ Laboratoire d'Énergé-que Moléculaire et Macroscopique, Combus-on, France
(2)
-‐ Laboratoire de Photonique Quan-que et Moléculaire, France
132
TH 84. Optomechanics with 2D photonic crystals Robert-‐Philip Isabelle(1), Braive Rémy(1), Tsvirkun Viktor(1), Chowdhury Avishek(1), Makles Kevin(2), Cohadon Pierre-‐François(2), Briant Tristan(2), Deléglise Samuel(2), Heidmann Antoine(2) (1) -‐ Laboratoire de Photonique et de Nanostructures, CNRS, Marcoussis, France
(2) -‐ Laboratoire Kastler Brossel, Ecole Normale Supérieure, Paris, France TH 85. Optomechanics using localized excitons in suspended carbon nanotubes Reserbat-‐Plantey Antoine(1), Tsioutsios Ioannis(1), Dubin François(1), Osmond Johann(1), Hoegele Alexander(2), Koppens Frank(1), Chang Darrick(1), Bachtold Adrian(1) (1) -‐ Ins-tute for Photonic Sciences, Spain
(2) -‐ LMU, Germany TH 86. A 1D Optomechanical crystal with a complete phononic band gap. Gomis-‐Bresco Jordi(1), Navarro Urrios Daniel(1)(2), Oudich Mourad(3), El-‐Jallal Said(3)(4), Griol Amadeu(5), Puerto Daniel(5), Chávez-‐Ángel Emigdio(1), Pennec Yan(3), Djafari-‐Rouhani Bahram(3), Alzina Francesc(1), Mar?nez Alejandro(5), Sotomayor-‐Torres Clivia(1) (1) -‐ Catalan Ins-tut of Nanotechnology, Spain
(2) -‐ NEST, Is-tuto Nanoscienze, CNR, Pisa, Italy
(3) -‐ Ins-tut d'électronique, de microélectronique et de nanotechnologie, Lille, France
(4) -‐ Physique du rayonnement et de l'interac-on Laser-‐ma-ère, Morocco
(5) -‐ Valencia Nanophotonics Technology Center, Spain TH 87. Optomechanical state reconstruc]on by using Kalman filtering Wieczorek Witlef
Faculty of Physics / University of Vienna, Austria TH 88. Sensing light and sound veloci]es of fluids in a two-‐dimensional phoXonic crystal Amoudache Samira(1), Moiseyenko Rayisa(2), Pennec Yan(2), Djafari-‐Rouhani Bahram(2), Khater Antoine(3), Lucklum Ralf(4), Tigrine Rachid(1) (1) -‐ Laboratoire de Physique et Chimie Quan-que, Université Mouloud Mammeri Tizi Ouzou, Algeria
(2) -‐ Ins-tut d'électronique, de microélectronique et de nanotechnologie, France
(3) -‐ Ins-tut des Molécules et Matériaux du Mans, France
(4) -‐ Ins-tute of Micro and Sensor Systems, Germany TH 89. Nonlinear mo]on and mechanical mixing in as-‐grown nanowires Braakman Floris
University of Basel, Switzerland MC 22 : SEMICONDUCTORS III: SINGLE DOPANT IMPURITIES AND QUANTUM INFORMATION
TH 35. Towards a single-‐acceptor transistor in silicon Amitonov Sergey, Mueller Filipp, Aarnink Tom, Ridderbos Joost, van der Wiel Wilfred, Zwanenburg Floris
NanoElectronics Group, MESA+ Ins-tute for Nanotechnology, University of Twente, the Netherlands
TH 36. Intrinsic Spin S=1 Centers in Cubic Silicon Carbide And their use for quantum informa]on processing
Von Bardeleben Hans Jurgen(1), Can?n Jean-‐Louis(1), Khazen Khashayar (2)
(1) -‐ Ins-tut de Nano Sciences de Paris, Université Pierre et Marie Curie, Sorbonne Universités, Paris, France
(2) -‐ LM2N, UPMC Université Pierre et Marie Curie, Sorbonne Universités, Paris, France
133
TH 37. Quantum Correla]ons Between Two Qubits via a Plasmonic Nanostructure Terzis Andreas(1), Yannopapas Vassilios(2), Voutsinas Evangelos(3), Paspalakis Emmanuel(4) (1) -‐ Physics Department, University of Patras, Greece
(2) -‐ Department of Physics, Na-onal Technical University of Athens, Greece
(3) -‐ Technological and Educa-onal Ins-tute of Western Greece, Greece
(4) -‐ Materials Science Department, University of Patras, Greece TH 38. Characteriza]on of Defect Centers in TlGaSeS Layered Crystals by Thermoluminescence Measurements Delice Serdar(1), Hasanli Nizami(1), Işık Mehmet(2), Bulur Enver(1) (1) -‐ Department of Physics, Middle East Technical University, 06800 Ankara, Turkey (2) -‐ Department of Electrical and Electronics Engineering, A-lim University, 06836 Ankara, Turkey
TH 39. Self-‐synchroniza]on of a NV spin qubit on a radio-‐frequency field enabled by microwave dressing
Rohr Sven
Ins-tut Néel, CNRS, Grenoble, France.
MC 32 : Structure and Dynamics V: Mechanical proper]es at small scales
TH 90. Microindenta]on in Vickers Hardness Tes]ng Souilah Yamina(1), Boutouta Aziza(1), Bourbia Amel(2,1), Bedboudi Haye;e(3,1), Draissia Mohamed(1) (1) -‐ Université Badji-‐Mokhtar d'Annaba, Algeria
(2) -‐ Ecole Préparatoire aux Sciences & Techniques d'Annaba, Algeria (3) -‐ Ecole Normale Supérieure d'Enseignement Technologique de Skikda, Algeria
TH 91. Interface model of low-‐temperature plas]city in high uniaxialli strained Ge and Si. Kolomoets Volodymyr(1), Mukolaevich Valerii(1), Fedorovuch Volodumur(1), Fedorovuch Evgen(1), Ivanovuch Leonid(1), Liarokapis Eithimios(2), Taimuratova Lidia(3), Orasgulyjev Bairam(3), Maksym Anatolievich Kolomoets
(2) -‐ Na-onal Technical University of Athens, Zografou Campus, GR 15773 Athens, Greece.
(3) -‐ Caspian State University, Ak-‐Tau. Kazachstan.
TH 92. Some elas]c and related physical parameters of stron]um oxide Guler Melek, Guler Emre
Hi-t UNIVERSITY, Çorum, Turkey MC 33 : Strongly correlated systems I: Recent advances on metal-‐insulator transi]ons of correlated maC
TH 1. Dynamical Jahn-‐Teller instability in alkali-‐doped fullerides Iwahara Naoya
Division of Quantum and Physical Chemistry, Katholieke Universiteit Leuven, Belgium.
134
TH 2. Effect of uniaxial pressure on -‐ conduc]vity in heavily doped p-‐Si (B) Kolomoets Volodymyr(1,2), Nikolaevich Valerii(3), Ivanovich Leonid(3), Fedorovich Evgen(4), Liarokapis Etyhimios, Taimuratova Lidia(5), Orasgulyev Bairam(5), Maksym Anatolievich Kolomoets
(1) -‐ V.Lashkaryov Ins-tute of Semiconductor Physics,, Ukraine
(3) -‐ V.Lashkaryov Ins-tute of Semiconductor Physics,, Ukraine
(4) -‐ Na-onal Technical University of Athens, Zografou Campus, Greece
(5) -‐ Caspian State University, Kazakhstan TH 3. Long-‐range Correla]ons in Strongly Correlated Systems: Insights into Two-‐dimensional Systems of Adatoms on Surfaces from Self-‐Consistently Combined GW and Dynamical Mean Field Theory Ayral Thomas(1,2) (1) -‐ Centre de physique théorique -‐ UMR 764(4) -‐ CNRS -‐ Polytechnique, France
(2) -‐ Ins-tut de Physique Théorique (ex SPhT), CEA Saclay, France TH 4. BaCo1-‐xNixS2-‐y: Structural, magne]c, metal to insulator transi]on upon doping
Fisher Ber?na
Physics Department, Technion, Haifa , Israel TH 5. Op]cal proper]es of strain and composi]on tuned RNiO3 Julien Ruppen, Teyssier Jérémie, Scherwitzl Raoul, Catalano Sara, Gibert Marta, Triscone Jean-‐
Marc, Van Der Marel Dirk
Département de Physique de la Ma-ère Condensée, University of Geneva, 24 Quai Zernest Ansermet, CH 1211 Geneva, Switzerland TH 6. Growth and characteriza]on of SrVO3 thin films: Study of the Metal-‐Insulator Transi]on at low dimensionality Allain Mickael
Groupe d'Etude de la Ma-ère Condensée, Université Versailles – Saint Quen-n en Yvelines, France
MC 34 : Strongly correlated systems II: Dielectric, magne]c and mul]ferroic proper]es of perovskites and related systems
TH 7. Charge and orbital order in sodium cobaltates NaxCoO2 Mukhamedshin Irek(1), Alloul Henri(2) (1) -‐ Kazan Federal University, Russia
(2) -‐ Laboratoire de Physique des Solides, Université Paris-‐Sud -‐ Paris 11, France TH 8. Relaxor behaviour in the Ba1-‐xPbx(Ti1-‐yZry)O3 solid solu]ons Taïbi Kamel(1), Si Ahmed Fariza(1), Khemakhem Hamadi(2) (1) -‐ Laboratoire de Cristallographie-‐Thermodynamique, Faculté de Chimie, USTHB, BP32, Al Alia , 16111 Algiers, Algeria
(2) -‐ Laboratoire des Matériaux Ferroélectriques, Faculté des Sciences de Sfax, Sfax, Tunisia
TH 9. Mul]ferroicity in the hexagonal manganite YMnO3 Lepe?t Marie-‐Bernade;e(1,2) (1)-‐ Ins-tut Néel, CNRS, 24 Boulevard des Martyrs, Grenoble, France
(2) -‐ Ins-tut Laue-‐Langevin, Grenoble, France
TH 10. Low Temperature transport anomaly in Colossal Magnetoresis]ve Manganites Re1-‐xAxMnO3 Panwar Sunil
Department of Applied Physics, Faculty of Engg. & Tech., G. K. V., Haridwar 249404, India
135
TH 11. Sor magnetoelectrics: mixtures of magne]c nanopar]cles and the ferroelectric liquid crystal Rozic Brigita(1), Jagodic Marko(2), Gyergyek Saso(3), Cordoyiannis George(3,4), Jaglicic Zvonko(2), Kralj Samo(5), Tzitzios Vasilios(6), Kutnjak Zdravko(3) (1)
(2)
(2)
(3)
(4)
(5)
-‐ UPMC Univ Paris 06, Ins-tute des NanoScience de Paris (INSP), France
-‐ Ins-tute of Mathema-cs, Physics and Mechanics, Slovenia
-‐ Jozef Stefan Ins-tute, Slovenia
-‐ University of Athens, Greece
-‐ Faculty of Natural Sciences and Mathema-cs, Slovenia
-‐ Na-onal Centre for Scien-fic Research Demokritos, Greece
MC 36 : Theory: density func]onal theory and beyond
TH 12. First principle calcula]ons of screened Coulomb interac]on in f electron systems Amadon Bernard
Commissariat à l’Energie Atomique et aux Energies Alterna-ves, France TH 13. Strategies to Calculate Screened Coulomb Interac]ons: Random Phase Approxima]on and Beyond Wu Feng(1,2), Jiang Hong(1), Biermann Silke(2)
(1) -‐ College of Chemistry and Molecular Engineering, China
(2) -‐ Centre de Physique Théorique, Ecole Polytechnique, Palaiseau, France
TH 14. Extended Dynamical Mean-‐Field Theory Concepts Revisited: A Study on an Exactly Solvable Model Chauvin Sophie(1,2,3), Biermann Silke(1), Reining Lucia(2,3) (1) -‐ Centre de Physique Théorique, Ecole Polytechnique, Palaiseau, France
(2) -‐ Laboratoire des Solides Irradiés, Ecole Polytechnique, F 91128 Palaiseau cedex, France
(3) -‐ European Theore-cal Spectroscopy Facility, Palaiseau, France TH 15. Mechanical proper]es of icosahedral boron carbide explained from first principles Vast Nathalie, Jay Antoine, Sjakste Jelena, Hardouin Duparc Olivier
Laboratoire des Solides Irradiés, Ecole Polytechnique, CNRS UMR 7642 & CEA/DSM/IRAMIS, F 91128 Palaiseau cedex, France
TH 16. Self-‐consistent con]nuum solva]on model for the op]cal proper]es of complex molecular systems in solu]on Timrov Iurii(1), Biancardi Alessandro(1), Andreussi Oliviero(2), Marzari Nicola(3), Baroni Stefano(1) (1) -‐ Scuola Internazionale Superiore di Studi Avanza- / Interna-onal School for Advanced Studies, Italy
(2) -‐ University of Pisa, Italy
(3) -‐ Ecole Polytechnique Fédérale de Lausanne, Switzerland TH 17. Correla]on effects on vibra]onal spectra and on electron-‐phonon interac]on in semiconductor thin films Hocine Chorfi
Ins-tut de physique , Université Constan-ne 1, route Ain El Bey , 25000 Constan-ne, Algeria TH 18. Calcula]on of Tribromomesitylene C6Br3 (CH3)3 vibra]onal modes by DFT Fahima Boudjada, Hocine Chorfi, Abdelghani Djebli
Laboratoire de cristallographie, Département de Physique, Faculté des Sciences Exactes, Université Constan-ne 1, Constan-ne, Algeria.
136
TH 19. Refrac]on of the electron wave in disordered solid crystals and their nano-‐proper]es Alexandrov Dimiter
Lakehead University, Canada TU 20. Structural, mechanical and Thermal proper]es of Pb1-‐xSrxS ternary alloys: A first-‐principles study Malika Labidi, Salima Labidi, Fouad El Haj Hassan Annaba University, Algeria
TU 21. Ab-‐ini]o calcula]ons of electronic structure and site preference in Cr3-‐xSi1+x Go Anna
Faculty of Physics, University of Bialystok, Poland TU 22. Bonding and Electronic Structure in Nickel complexes of benzaldehyde thiosemicarbazone deriva]ves ligands Ouddai Nadia, Boussebbat Wahiba
Laboratoire de chimie des matériaux et des vivants: Ac-vité, réac-vité, Algeria TH 23. Chemical Poten]als and Electrochemical Poten]als in Molten Salt Mixtures from Density Func]onal Theory Molecular Dynamics Liu Maoyuan(1), Masset Patrick J.(2), Gray-‐Weale Angus(1) (1) -‐ School of Chemistry, The University of Melbourne, Australia
(2) -‐ Fraunhofer Umsicht, Ins-tute Branch Sulzbach-‐Rosenberg, Germany 137
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Porto, Portugal
Brice ARNAUD
Rennes, France
Sébas?en BALIBAR
Paris, France
Gérald BASTARD
Paris, France
Lucien BESOMBES
` Grenoble, France
Silke BIERMANN Palaiseau, France
Anne;e BUSSMAN-‐HOLDER Stu;gart, Germany
& Basel, Switzerland
Cécile COTTIN-‐BIZONNE Lyon, France
Chuchun FU Saclay, France
Pierre GILLIOT Strasbourg, France
Denis GRATIAS Châ?llon, France
Henri GODFRIN Grenoble, France
Georg HELD Reading, United Kingdom
Ricardo IBARRA Zaragoza, Spain
Czeslaw KAPUSTA Krakow, Poland
Mathieu KOCIAK Orsay, France
Emmanuelle LACAZE Paris, France
Marc LEONETTI
Marseille, France
Anna MINGUZZI
Grenoble, France
Sandrine MORIN
Rouen, France
Thierry ONDARCUHU
Toulouse, France
Eoin O'REILLY
Cork, Ireland
Ludovic PAUCHARD
Orsay, France
Franck PIGEONNEAU
Aubervilliers, France
Laurent PIZZEAGALLI
Poi?ers, France
Jérôme PLAIN
Troyes, France
Günter Reiter
Freiburg, Germany
Petre RUDOLF
Groningen, Netherlands
Olivier SANDRE
Bordeaux, France
Vladimir SECHOVSKY
Prague, Czech Republic
Abdelillah SLAOUI
Strasbourg, France
Lucia SORBA
Pisa, Italy
Amina TALEB
Saint-‐Aubin, France
Margarida TELO DA GAMA Lisbon, Portugal
Jérôme TIGNON
Paris, France
Kees VAN DER BEEK
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