Poster Session (Isolated Quantum Physics)

9 Masato Itami (Kyoto)
  "Derivation of Stokes' law without the Stokes equations"

10 Tomohiko Sano (YITP, Kyoto)
  "Stochastic Mean Field Model of Heat Engine partitioned by Fluctuating Piston"

11 Satoshi Takada (YITP, Kyoto)
  "Drag Law of Two Dimensional Granular Fluids"

12 Tomotaka Kuwahara (Tokyo)
  "Universal character of metastability in periodically driven systems"

13 Yu Takaoka (YITP, Kyoto)

14 Yoshihito Hotta (Tokyo)
  "Study of classical spin systems by tensor network renormalization"

15 Hyungwon Kim (Rutgers)
  "Integrability and Generalized Ensemble: from quantum to classical"

26 Sho Sugiura (Tokyo)
  "Macroscopic Entanglement of Thermal Pure Quantum State on Random Field System"

27 Tetsuo Deguchi (Ochanomizu)
  "Exact relaxation dynamics of the isolated Heisenberg spin chain "

28 Tatsuhiko Shirai (Tokyo)
  "Condition for emergence of Floquet-Gibbs state in periodically driven open systems"

29 Yohei Morikuni (Tokyo)
  "Jarzynski Equality under Work Extraction"

30 Kaoru Yamamoto (Tokyo)
  "Thermodynamics of Mesoscopic Thermoelectric Heat Engine be-yond Linear-Response Regime"

31 Ryusuke Hamazaki (Tokyo)
  "Generalized Gibbs Ensemble in Nonintegrable Systems with Symmetries"

32 Akira Shimizu (Tokyo)
  "Quantum Violation of Onsager's hypothesis and Fluctuation-Dissipation Theorem"

33 Takashi Mori (Tokyo)
  "Floquet resonant states in periodically driven quantum systems"

34 Eriko Kaminishi (Tokyo)
  "Entanglement Prethermalization"

35 Marcin Mierzejewski (Silesia)
  "Conserved quantities in integrable lattice models"

36 Yuta Murakami (Tokyo)
  "Dynamical mean-field description of relaxation processes in an isolated electron-phonon coupled system"

37 Koudai Iwahori (Kyoto)
  "Dynamics of the Kondo model under the periodic driving"

38 Aimi Hatoya (Ochanomizu)
  "Time evolution of a wave packet in the two-body LL-model"

39 Hisao Hayakawa (YITP)
  "Divergence of viscosity in jammed granular materials: a theoretical approach"

40 Kota L. Watanabe (YITP)
  "Geometric fluctuation theorem"

Poster boards

Poster boards will accommodate A0 size portrait posters. The size of a poster board is 86.8cm (width) and 151.5cm (height). You can use only one poster board for your presentation. You can use magnets there to pin up your poster to the board.

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