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Trap-assisted spectroscopy 53Com with JYFLTRAP
Trap-assisted spectroscopy JYFLTRAP 53 Com with L.G. Sarmiento, Lund University, Sweden on behalf of the TRAPSpec and JYFLSpec Collaborations NUSTAR Annual Meeting 2016 Darmstadt, Germany March 2016 L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Overview 1. Quantum-selective spectroscopy 2. The TASISpec setup 3. The 213Rag and 53Com case 4. Final remarks L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Typical separation of isotopes L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Typical separation of isotopes L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Typical separation of isotopes L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Typical separation of isotopes L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 ... further separation L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 ... further separation L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 ... further separation The Penning trap acts like a tunable quantum sieve! L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 TASISpec L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle Quantum-selective experiments are almost background free... perfect for simulations! L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proof-of-principle L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity 3174 19/2 247(12) ms 53 27 Co26 0 L.G. Sarmiento 7/2 Lund University NUSTAR Annual Meeting 2016 Proton radioactivity ~98.5 % 3174 247(12) ms 19/2 53 0 27 Co26 0 bp ~1.5% 0 7/2 52 26 Fe 53 26 Fe 27 L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity ~98.5 % 3174 247(12) ms 19/2 53 0 27 Co26 bp ~1.5% 0 242(8) ms 0 19/2 0 7/2 94.4 (17)% 2.54(2) min 52 26 Fe 5.6(1 7)% 3040 7/2 53 26 Fe 27 L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity ~98.5 % 3174 0 7/2 8.275(8) h 1418 1040 7/2 52 26 Fe 546 378 169 1 378 2 21.1(2) min 6 5.591(3) d 52 25 Mn 94.4 (17)% 5.6(1 7)% 19/2 0 98% 3040 99% 0 bp ~1.5% 1% 53 0 27 Co26 242(8) ms 2.54(2) min 247(12) ms 19/2 1434 2 1434 53 26 Fe 27 L.G. Sarmiento 0 0 52 24 Cr Lund University NUSTAR Annual Meeting 2016 Proton radioactivity ~98.5 % 3174 2340 9/2 1328 52 26 Fe (17)% 1012 11/2 1328 0 1418 1040 546 378 169 1 378 2 21.1(2) min 6 5.591(3) d 52 25 Mn 94.4 2340 19/2 701 8.275(8) h 98% 1713 0 7/2 5.6(1 7)% 3040 99% 0 bp ~1.5% 1% 53 0 27 Co26 242(8) ms 2.54(2) min 247(12) ms 19/2 1434 7/2 100% 53 24 Cr 0 3/2 1620 378 0 9/2 )% 53 26 Fe 27 2 1434 0 0 52 24 Cr 56(8 42(8 1620 )% ~1% 8.51(2) min 5/2 378 7/2 3.7(4) 10 6 y 53 25 Mn L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity ~98.5 % 3174 0 (17)% 1012 11/2 2340 9/2 1328 1328 0 546 378 169 1 378 2 21.1(2) min 6 5.591(3) d 52 25 Mn 94.4 2340 19/2 701 1418 1040 52 26 Fe 52 26 Fe 8.275(8) h 98% 1713 0 7/2 5.6(1 7)% 3040 2.54(2) min 99% 242(8) ms bp ~1.5% 1% 53 0 27 Co26 53 27 Co 53 26 Fe 247(12) ms 19/2 1434 7/2 100% 53 24 Cr 0 3/2 1620 378 0 9/2 )% 53 26 Fe 27 2 1434 0 0 52 24 Cr 56(8 42(8 1620 )% ~1% 8.51(2) min 5/2 378 7/2 3.7(4) 10 6 y 53 25 Mn L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity ~98.5 % 3174 0 (17)% 1012 11/2 2340 9/2 1328 1328 0 546 378 169 1 378 2 21.1(2) min 6 5.591(3) d 52 25 Mn 94.4 2340 19/2 701 1418 1040 52 26 Fe 52 26 Fe 8.275(8) h 98% 1713 0 7/2 5.6(1 7)% 3040 2.54(2) min 99% 242(8) ms bp ~1.5% 1% 53 0 27 Co26 53 27 Co 53 26 Fe 247(12) ms 19/2 1434 7/2 100% 53 24 Cr 0 3/2 1620 378 0 9/2 )% 53 26 Fe 27 2 1434 0 0 52 24 Cr 56(8 42(8 1620 )% ~1% 8.51(2) min 5/2 378 7/2 3.7(4) 10 6 y 53 25 Mn L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity ~98.5 % 3174 0 (17)% 1012 11/2 2340 9/2 1328 1328 0 546 378 169 1 378 2 21.1(2) min 6 5.591(3) d 52 25 Mn 94.4 2340 19/2 701 1418 1040 52 26 Fe 52 26 Fe 8.275(8) h 98% 1713 0 7/2 5.6(1 7)% 3040 2.54(2) min 99% 242(8) ms bp ~1.5% 1% 53 0 27 Co26 53 27 Co 53 26 Fe 247(12) ms 19/2 1434 7/2 100% 53 24 Cr 0 3/2 1620 378 0 9/2 )% 53 26 Fe 27 2 1434 0 0 52 24 Cr 56(8 42(8 1620 )% ~1% 8.51(2) min 5/2 378 7/2 3.7(4) 10 6 y 53 25 Mn L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Let’s do it... L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Let’s do it... L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Let’s do it... L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Let’s do it... L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Let’s do it... L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Let’s do it... L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Proton radioactivity 500 102 10 1500 2 103 10 102 10 10 10 500 1000 1500 2000 0 500 1000 1500 2000 2 10 10 1 1 0 3 1 1 10−1 10 0 500 L.G. Sarmiento 1000 1500 2000 Lund University − 1 NUSTAR Annual Meeting 2016 Proton radioactivity 103 3 10 102 2 10 10 1 10 1 200 200 400 400 L.G. Sarmiento 600 600 800 800 1000 1000 1200 1200 1400 1400 Lund University NUSTAR Annual Meeting 2016 Final remarks Experiment Penning traps present an excellent opportunity to perform state selective decay spectroscopy. This is the first in hopefully a series of trap-assisted experiments L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Final remarks Experiment Penning traps present an excellent opportunity to perform state selective decay spectroscopy. This is the first in hopefully a series of trap-assisted experiments Simulations Geant4 is not just an useful tool. Over the years it has been being established as the Swiss knife of nuclear physics I Before the experiment I During the data analysis I Proposing new physics or re-interpreting physical cases L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 Final remarks Experiment Penning traps present an excellent opportunity to perform state selective decay spectroscopy. This is the first in hopefully a series of trap-assisted experiments Simulations Geant4 is not just an useful tool. Over the years it has been being established as the Swiss knife of nuclear physics I Before the experiment I During the data analysis I Proposing new physics or re-interpreting physical cases coming soon... The final numbers and subsequent analysis are being finalized at Lund. I With the branching ratio, half-life, and Q-value we can proceed with the theoretical description. L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 The collaborations JYFLSpec L.G. Sarmiento, D. Rudolph, C. Fahlander, U. Forsberg, P. Golubev, N. Lalović, Ch. Lorenz Department of Physics, Lund University, S-22100 Lund, Sweden A. Kankainen, T. Eronen, L. Canete, J. Hakala, A. Jokinen, V. Kolhinen, J. Koponen, I. Moore, S. Rinta-Antila, J. Reinikainen, I Pohjalainen, D. Cox, P. Papadakis Department of Physics, University of Jyväskylä, FI-40014 Jyväskylä, Finland M. Block, J. Gerl, T. Habermann, I. Kojouharov, N. Kurz, H. Schaffner GSI Helmholzzentrum für Schwerionenforschung GmbH, D-64291 Darmstadt, Germany L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 The collaborations TRAPSpec L.G. Sarmiento, D. Rudolph, U. Forsberg, P. Golubev, R. Hoischen∗ , C. Lorenz Department of Physics, Lund University, S-22100 Lund, Sweden M. Block, H. Grawe, F.P. Heßberger, D. Ackermann, M. Dworschak, I. Kojouharov, J. Khuyagbaatar∗ , D. Nesterenko∗ , H. Schaffner GSI Helmholtzzentrum für Schwerionenforschung, D-64291 Darmstadt, Germany L.-L. Andersson∗ Department of Physics, University of Liverpool, Liverpool, L69 7ZE, United Kingdom M.L. Cortes∗ Departamento de Fı́sica, Universidad Nacional de Colombia, Bogotá, Colombia C. Droese Universität Greifswald, Greifswald, Germany M. Eibach, J. Ketelaer∗ Universität Mainz, Mainz, Germany S. Stolze∗ University of Jyväskylä, FI-40014 Jyväskylä, Finland L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 THANK YOU for your attention L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016 L.G. Sarmiento Lund University NUSTAR Annual Meeting 2016
