Dec.2 updated
Schedule and Venue
The poster preview will be held December 8 and December 9 in the Yukawa Hall.
Each presenter will have approximately 90 seconds to introduce their poster.
The poster session will be held from December 8 to December 11 in Rooms Y206 and Y306 (on the 2nd and 3rd floors of the Yukawa Hall) at the following times.
Odd-numbered posters will be in “Session A,” and even-numbered posters will be in “Session B.”
2025/12/8 (Mon) | 2025/12/9 (Tue) | 2025/12/10 (Wed) | 2025/12/11 (Thu) | ||||
15:30-16:00 | Poster preview for session A | 15:40-16:10 | Poster preview for session B | 15:30-17:00 | Poster session A | 15:40-17:00 | Poster session B |
16:00-17:00 | Poster session A | 16:10-17:00 | Poster session B | ||||
Poster Display Instructions
Please print your poster in A0 size and bring it with you.
Poster boards are labeled with numbers.
Please display your poster on the board corresponding to your assigned number before the poster session begins.
Each board accommodates one A0-size portrait poster (86.8 cm width × 151.5 cm height).
Only one side of each board may be used.
Magnets will be provided to affix posters.
Please remove your poster after the final poster session on December 11 and no later than the morning of December 12.
Poster Number and Location
Posters No. 1 to 14 will be displayed in Room Y206 on the 2nd floor.
No | Session | Name | Title |
1 | A | Akihiko Sonoda | Analysis of entropy production in finitely slow processes between nonequilibrium steady states |
2 | B | Asad Ali | Quantum Mpemba Effect in One Dimensional Dirty Boson Model under Stark Potential |
3 | A | Guilherme Fiusa | Thermodynamics of counting observables in stochastic excursions |
4 | B | Hiroshi Murakami | Non-equilibrium Bose-Einstein condensation in nanoscale systems: terahertz vibrational condensation of interfacial water in reverse micelles |
5 | A | Honoe Kandabashi | States Minimizing Entropy Production and Its Rate in Classical Markov Processes |
6 | B | Hyun-Myung Chun | Fluctuation-response inequalities for nonequilibrium steady states |
7 | A | Isaac Layton | Preserving the thermal state in mixed classical-quantum systems |
8 | B | Jann van der Meer | Thermodynamic bounds and error correction for faulty coarse graining |
9 | A | Kaito Tojo | Thermodynamic uncertainty relation under continuous measurement and feedback with quantum-classical-transfer entropy |
10 | B | Yuto Nakajima | Categorical Approach to the Statistical Mechanics of Many-Anyon Systems |
11 | A | Kotaro Sekiguchi | Improvement of Speed Limits: Quantum Effect on the Speed in Open Quantum Systems |
12 | B | Masaaki Tokieda | Minimal work protocols in driven-dissipative quantum systems: An impulse ansatz approach |
13 | A | Ruicheng Bao | A random coarse-graining framework with applications to thermodynamic inference |
14 | B | Ruoyu Yin | Preparation of cat states in many-body eigenbasis via non-local measurement |
Posters No. 15 to 28 will be displayed in Room Y306 on the 3rd floor.
No | Session | Name | Title |
15 | A | Ryogo Hara | Dynamics of entanglement asymmetry for space-inversion symmetry of free fermions on honeycomb lattices |
16 | B | Ryotaro Honma | Information flow and thermodynamic uncertainty relation for interacting quantum systems |
17 | A | Shanhe Su | Geometric bounds on the trade-off relation in quantum tricycles |
18 | B | Shiling Liang | Exact Identities and Universal Bounds for Nonequilibrium Nonlinear Responses |
19 | A | Shozo Yamada | Many-body burst in isolated quantum systems |
20 | B | Shuta Kobayashi | Deep reinforcement learning for feedback cooling |
21 | A | Steven Blaber | Nonequilibrium Thermodynamics of Amorphous Solids: from Gravitational Wave Detectors to Superconducting Qubits |
22 | B | Taiki Ishiyama | Exact current fluctuations in a tight-binding chain with dephasing noise |
23 | A | Takano Taira | Markovianity and non-Markovianity of Particle Bath with Dirac Dispersion Relation |
24 | B | Tingzhang Shi | Four-vector work distribution and covariant Jarzynski's equality in relativistic piston model |
25 | A | Yoh Maekawa | Information-thermodynamic speed limits based on optimal transport theory |
26 | B | Yoshiaki Horiike | Performance bound of quantum annealing |
27 | A | Yoshiteru Yonetani | Exciton quantum dynamics in molecular logic gates: A spin-boson model study |
28 | B | Yosuke Mitsuhashi | Unitary Designs of Symmetric Local Random Circuits |
