Collective Neutrino Oscillations: From Quantum Information Science to Heavy Element Synthesis

Name: Collective Neutrino Oscillations: From Quantum Information Science to Heavy Element Synthesis
Start: 2023-05-15T10:00:00+02:00
End: 2023-05-26T17:00:00+02:00
Location: Mainz Institute for Theoretical Physics, Johannes Gutenberg University

15 May 2023, 10:00 → 26 May 2023, 17:00 Europe/Berlin

02.430 (Mainz Institute for Theoretical Physics, Johannes Gutenberg University)

02.430

Mainz Institute for Theoretical Physics, Johannes Gutenberg University

Staudingerweg 9 / 2nd floor, 55128 Mainz

Contact @ MITP : Dominika Barrington

CNO2023@uni-mainz.de

Monday 15 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 1
  
  Welcome gathering
  
  Brief individual statements on current research and/or goals for the workshop.
- 2
  
  Lunch Break
- 3
  
  George Fuller
  
  Neutrino flavor and mass physics in gravitational collapse and the early Universe.
- 4
  
  Shashank Shalgar
  
  Many-body formulation of collective neutrino oscillations
- 5
  
  Individual discussion/collaborations
Tuesday 16 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 6
  
  Individual discussions/collaborations
- 7
  
  Lunch Break
- 8
  
  Denis LaCroix
- 9
  
  Evan Grohs
- 10
  
  Individual discussions/collaborations
Wednesday 17 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 11
  
  Individual discussions/collaborations
- 12
  
  Lunch Break
- 13
  
  Amol Patwardhan
  
  Neutrino flavor mixing, outflow hydrodynamics, and neutrino p-process nucleosynthesis in supernovae
- 14
  
  Zewei Xiong
  
  Roles of neutrinos: collective flavor oscillations and nucleosynthesis
- 15
  
  Sajad Abbar
  
  Fast flavor conversions in core-collapse supernovae and neutron star mergers: implementation and impact
- 16
  
  Individual discussions/collaborations
Thursday 18 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 17
  
  Individual discussions/collaborations
- 18
  
  Lunch Break
- 19
  
  Eve Armstrong
  
  Inference methodology in neutrino flavor evolution
- 20
  
  Meng-Ru Wu
- 21
  
  Individual discussions/collaborations
Friday 19 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 22
  
  Individual discussions/collaborations
- 23
  
  Lunch Break
- 24
  
  Individual discussions/collaborations
Monday 22 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 25
  
  Individual discussions/collaborations
- 26
  
  Welcome gathering
- 27
  
  Lunch Break
- 28
  
  Pooja Siwach
  
  Entanglement in three-flavor collective neutrino oscillations
- 29
  
  Anna Suliga
  
  Utilizing the signatures of the quark-hadron phase transition at neutrino detectors.”
- 30
  
  Individual discussions/collaborations
Tuesday 23 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 31
  
  Individual discussions/collaborations
- 32
  
  Lunch Break
- 33
  
  Luke Johns
  
  Mechanisms of neutrino mixing
- 34
  
  Susan Coppersmith
  
  Dynamics of collective neutrino oscillations.”
- 35
  
  Individual discussions/collaborations
Wednesday 24 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 36
  
  Individual discussions/collaborations
- 37
  
  Lunch Break
- 38
  
  Yongzhong Qian
  
  Observations of Neutrinos and Nucleosynthesis
- 39
  
  Xilu Wang
  
  Collective neutrino oscillations and heavy-element nucleosynthesis in supernovae
- 40
  
  Individual discussions/collaborations
Thursday 25 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 41
  
  Individual discussions/collaborations
- 42
  
  Lunch Break
- 43
  
  Sherwood Richers
  
  Using machine learning to predict the outcome of the fast flavor instability
- 44
  
  Gail McLaughlin
  
  Nucleosynthesis and electromagnetic signatures from neutron star mergers
- 45
  
  Individual discussions/collaborations
- 46
  
  Group Dinner
Friday 26 May
- Mon 15 May
- Tue 16 May
- Wed 17 May
- Thu 18 May
- Fri 19 May
- Mon 22 May
- Tue 23 May
- Wed 24 May
- Thu 25 May
- Fri 26 May
- 47
  
  Individual discussions/collaborations
- 48
  
  Lunch Break
- 49
  
  Individual discussions/collaborations

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Collective Neutrino Oscillations: From Quantum Information Science to Heavy Element Synthesis

02.430

Mainz Institute for Theoretical Physics, Johannes Gutenberg University