JOINT N3AS – iTHEMS MEETING ON QUANTUM INFORMATION SCIENCE IN MULTIMESSENGER ASTROPHYSICS

Jun 16, 2024, 8:00 AM → Jun 18, 2024, 6:00 PM Asia/Tokyo

RIKEN Campus, Wako, Saitama, Japan

Baha Balantekin (University of Wisconsin-Madison)

 

Organizers: A. Baha Balantekin, U. Wisconsin, Madison; Tetsuo Hatsuda, iTHEMS, RIKEN; Wick Haxton, U. California, Berkeley; Shigehiro Nagazaki, iTHEMS, RIKEN; Ermal Rrapaj, LBNL

 

Sun, June 16

1 Yukari Yamauchi, Neutrino many-body flavor evolution with the full Hamiltonian

2 Baha Balantekin, Introduction to Entanglement in Collective Neutrino Oscillations, room 359 (main research building)

2024.6.16_Balantekin.pdf

3 Kenneth McElvain, Efficient Implementation of the Fermionic Schrödinger Equation with Adiabatic Quantum Computing

2024.6.16_McElvain.pdf

4 Working Group Discussions

5 Coffee Break

6 Working Group Discussions

Lunch

7 Ryuichiro Akaho, Boltzmann Neutrino Transport Simulation of Core-collapse Supernovae and Collective Neutrino Oscillation

8 Masamichi Zaizen, Flavor coherence and asymptotic state in fast neutrino-flavor conversion

2024.6.16_Zaizen.pdf

9 Haozhao Liang, Structure learning ansatz for Lipkin mode

2024.6.16_Liang.pdf

10 Coffee Break

11 Working Group Discussions

Mon, June 17

12 Tetsuo Hatsuda, Hybrid Quantum Annealing, room 359 (main research building)

2024.6.17_Hatsuda.pdf

13 Masazumi Honda, Quantum Computation and Quantum Field Theory

2024.6.17_Honda.pdf

14 Anna Suliga

2024.6.17_Suliga.pdf

15 Working Group Discussions

16 Coffee Break

17 Working Group Discussions

Lunch

18 Purnendu Karmakar, Quantum vs. Classical Matched Filtering in Gravitational Wave Detection

2024.6.17_Karmakar.pdf

19 Sota Yoshida, Quantum computation of valence two-neutron systems towards solving full nuclear Hamiltonians

2024.6.17_Yoshida.pdf

20 Taiki Kawamuro, Quantum Machine Learning for the X-ray Identification of Black Holes Linked to Gravitational Waves

21 Coffee Break

22 Working Group Discussions

23 Banquet

Tue, June 18

24 Hiro Nagataki, Introduction to Our Research on SN1987A, room 359 (main research building)

Introduction to Our Research on SN1987A

2024.6.18_Nagataki.pdf

25 Masaaki Kimura

26 Shinji Matsuura, Neural quantum state tomography

2024.6.18_Matsuura.pdf

27 Working Group Discussions

28 Coffee Break

29 Working Group Discussions

Lunch

30 Yuta Kikuchi, Simulating Floquet scrambling circuits on trapped-ion quantum computers; Ermal Rrapaj, Exact block encoding of imaginary time evolution with universal quantum neural networks

2024.6.18_Kikuchi.pdf

2024.6.18_Rrapaj.pdf

31 Coffee Break

32 Working Group Discussions