12:50-13:20 | Registration | |
1st Session | Chair: Koji Maruyama | |
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13:20-13:30 | Opening Remark | |
13:30-14:40 | Karoline Wiesner (University of Bristol) |
Complex systems - From Pattern to Theory [Tutorial Talk] |
14:40-15:30 | Keiji Ono (RIKEN) |
``Adopt or reject" ferromagnetism in multiple quantum dot devices |
15:30-16:00 | Coffee Break | |
2nd Session | Chair: Si-Hui Tan | |
16:00-16:50 | Takuya Yamano (Kanagawa University) |
On bounds for Fisher information under flow |
16:50-17:30 | Yuki Yokokura (Kyoto University) |
TBA |
17:30-18:30 | Karoline Wiesner (University of Bristol) |
Simplicity and (quantum) complexity [Invited Talk] |
3rd Session | Chair: Akio Hosoya | |
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10:00-11:10 | Tadashi Takayanagi (Kyoto University) |
Introduction to Gravitational Holography [Tutorial Talk] |
11:10-12:00 | Pawel Kurzynski (National University of Singapore) |
Entropic test of quantum contextuality |
12:00-14:00 | Lunch | |
4th Session | Chair: Oscar Dahlsten | |
14:00-15:10 | Paul Skrzypczyk (University of Cambridge) |
Virtual qubits and virtual temperatures [Invited Talk] |
15:10-16:00 | Ken Funo (University of Tokyo) |
Quantum Maxwell demon |
16:00-16:30 | Coffee Break | |
16:30-17:20 | Akio Hosoya (Tokyo Institute of Technology) |
Maxwell's Demon and Maxwell-Boltzmann Distribution |
17:20-18:20 | Tadashi Takayanagi (Kyoto University) |
Geometric Calculations of Entanglement Entropy via Holography [Invited Talk] |
5th Session | Chair: Yutaka Shikano | |
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10:30-12:00 | Biman Bagchi (Indian Institute of Science) |
Entropy in complex systems [Lecture Talk] |
12:00-14:00 | Lunch | |
6th Session | Chair: Paul Skrzypczyk | |
14:00-15:10 | Mikito Toda (Nara Women University) |
Collective vs individual motions of biomolecules [Invited Talk] |
15:10-15:30 | Coffee Break | |
15:30-16:40 | Oscar Dahlsten (National University of Singapore) |
Single shot stastical mechanics [Invited Talk] |
16:40-17:30 | Tatsuhiko N. Ikeda (University of Tokyo) |
Sufficient conditions and their verifications for the applicability of the microcanonical ensemble in isolated quantum systems |