Ariel Amir (Weizmann Institute of Science, Israel), Self-extinguishing relay waves

Dorje C Brody (University of Surrey, UK), An open quantum dynamics for cognitive psychology

Eva-Maria Graefe (Imperial College London, UK), A non-Hermitian damped nonlinear oscillator with classical bistability

Hideki Hirori (Kyoto University, Japan), Magnetic Floquet engineering with Tesla-class THz fields

Kohei Kawabata (Princeton University, USA), Lieb-Schultz-Mattis Theorem in Open Quantum Systems

Norio Kawakami (Ritsumeikan University/Osaka University, Japan), Correlation effects in non-Hermitian quantum systems

Ching Hua Lee* (National University of Singapore, Singapore), The fascinating world of exceptional bound states and associated non-Hermitian phenomena

Gil-Ho Lee (POSTECH, Republic of Korea), Steady Floquet–Andreev states in graphene Josephson junctions

Atsushi Mochizuki (Kyoto University, Japan), Determining dynamical behaviors of complex biological systems from network topology

Takashi Mori (RIKEN, Japan), Lindblad equations in open quantum many-body systems

Toshiyuki Nakagaki (Hokkaido University, Japan), Multiple behaviors of single-celled organism under the experimental conditions

David Nelson* (Harvard University, USA) , Localization in Biological Networks

Tomaž Prosen* (University of Ljubljana, Slovenia), Stochastic boundary with deterministic bulk dynamics: exactly solvable cases

Zhong Wang* (Tsinghua University, China), Higher-dimensional non-Hermitian band theory

Tianqi Chen* (Nanyang Technological University & National University of Singapore,Singapore), Simulating 4T-period time crystal on IBM Q

Robson Christie (Imperial College London, UK), Quantum-jump vs stochastic Schrödinger dynamics for Gaussian states with quadratic Hamiltonians and linear Lindbladians

Kiyu Fukui (The University of Tokyo, Japan), Effect of a magnetic field on the Kitaev model coupled to environment

Savannah Garmon (Osaka Metropolitan University, Japan), Dynamics of a quantum emitter coupled to a topological structured reservoir

Joseph Hall (Imperial  College London, UK), Quantum-Classical Correspondence via Semiclassical Husimi distributions of Schur vectors in a PT-Symmetric Kicked Rotor

Naomichi Hatano (The University of Tokyo, Japan), Quantum transport on the Bethe lattice with non-Hermitian source and drain

Katherine Holmes (Imperial College London, UK), Husimi dynamics generated by non-Hermitian Hamiltonians

Geonhwi Hwang (Hokkaido University, Japan), Bulk-Edge Correspondence for Point-Gap Topological Phases in Junction Systems

Kazuki Kanki (Osaka Metropolitan University, Japan), Continuum squeezed vacuum formation from the dynamical Casimir effect

Yasushi Kondo (Kindai University, Japan), Model Open System realized with Molecules in Solvent

Shoki Koyanagi (Kyoto University, Japan), Quantum Carnot Cycle in Strong Coupling Regime with Work Diagram Approach: Numerically “Exact” Simulation

Venkata Rishindra Melanathuru (Imperial College London, UK), Landau-Zener Transitions through a pair of higher order exceptional points

Yusuke Nakai (Kyoto University, Japan), Topological enhancement of non-normality in non-Hermitian skin effects

Daichi Nakamura (Kyoto University, Japan), Universal platform of point-gap topological phases

Shin Nakamura (Chuo University, Japan), Analysis of open driven-dissipative systems in gauge/gravity duality: nonlinear charge transport and nonequilibrium phase transitions

Yuma Nakanishi (Tokyo Institute of Technology, Japan), Dissipative time crystals originating from parity-time symmetry

Tokiro Numasawa (The University of Tokyo, Japan), SYK Lindbladian

Takashi Oka (The University of Tokyo, Japan), Heterodyne Hall effect

Ryo Okugawa (Tokyo University of Science, Japan), Non-Hermitian band topology with inversion symmetry symmetry

Taro Sawada (The University of Tokyo, Japan), Role of Topology in Relaxation of One-dimensional Stochastic Processes

Shoki Sugimoto (The University of Tokyo, Japan), Typicality of the Eigenstate Thermalization for Realistic Systems with Few-body Interactions

Tommy Tai* (Massachusetts Institute of Technology, USA), Zoology of non-Hermitian spectra and their graph topology

Takanobu Taira (The University of Tokyo, Japan), Non-Hermitian Quantum Fermi Accelerator

Kazuaki Takasan (The University of Tokyo, Japan), Activity-induced quantum phase transitions: A proposal for quantum active matter

Zhenyu Xiao (Peking University, China), Disordered Phases and Anderson Transitions in Non-Hermitian Systems

Manami Yamagishi (The University of Tokyo, Japan), Dynamics of a quantum active particle based on non-Hermitian quantum walks

Miloslav Znojil* (ISS DUT, Durban, South Africa), Reconstruction of Hamiltonian from effective Hamiltonian

P1. Ryu Frieson (Hokkaido University, Japan) Non-Hermitian Twisted Landau-Zener transition

P2. Jingyi Gao (The University of Tokyo, Japan) Maximum Power of Otto Engines

P3. Shu Hamanaka (Kyoto University, Japan), Non-Hermitian Skin Effects in Many-body Systems

P4. Zhiyu Jiang (Hokkaido University, Japan), Point-Gap Topology of a Non-Unitary Quantum Walk with Time-Reversal Symmetry

P5. Masataka Kakoi (Osaka University, Japan), Time evolution of coherent backscattering in spin-orbit coupled systems

P6. Hayato Kinkawa (The University of Tokyo, Japan) Derivation of the GKSL equation with the effective Liouvillian

P7. Shunta Kitahama (The University of Tokyo, Japan), General theory of non-Hermitian quadratic Majorana Hamiltonians

P8. Kazuki Kobayashi (Shizuoka University, Japan) A sufficient condition for Approximating Redfield Equation to GKSL Equation

P9. Yoshihiro Michishita (RIKEN, JAPAN), Machine-Learning-Assisted Construction of Appropriate Frame

P10. Rintaro Miyanaga (Osaka Metropolitan University, Japan) The incident-angle dependence of spectral profiles in CuCl microcavities

P11 Kenichi Noba (Osaka Metropolitan University, Japan), Solutions of eigenvalue problem for a PT symmetric harmonic potential system

P12. Takahiro Orito (The University of Tokyo, Japan), Entanglement dynamics in non-reciprocal disordered quantum media

P13. Kenji Shimomura (Kyoto University, Japan), The absence of the non-Hermitian skin effect in Hermitian systems and Fock space skin effect

P14. Koki Shiraishi (The University of Tokyo, Japan), Derivation of the quantum master equation based on the Lieb-Robinson bound

P15. Kazuki Sone (The University of Tokyo, Japan), Exceptional non-Hermitian topological edge mode and its application to active matter and topological laser

P16. Takanobu Taira (The University of Tokyo, Japan) Breakdown of the Meissner effect at the exceptional point in non-Hermitian two-band BCS model

P17. Soma Takemori (Tokyo Institute of Technology, Japan) Non-Hermitian BCS theory on the honeycomb lattice

P18. Tomohiro Tanaka (Tokyo Institute of Technology, Japan) Transport coefficients of Lieb-Liniger model and related systems

P19. Satoshi Tanaka (Osaka Metropolitan University, Japan), Geometrical view of the quantum phase transition of a chirped optical parametric amplifier with CEP control

P20. Yutaro Tanaka (Tokyo Institute of Technology, Japan), Nonsymmorphic-Symmetry-Enforced Non-Hermitian Skin Effects

P21. Ibuki Terada (Ritsumeikan University, Japan), Nonlinear transport via the Landau-Zener tunneling : Simulating the electron dynamics of the two-band insulator coupling to the fermionic reservoir

P22. Hiromu Ushihara (The University of Tokyo, Japan), Analysis of energy current in the Hubbard model based on microscopically-derived quantum master equations

P23. Manami Yamagishi (The University of Tokyo, Japan), Proposal of multidimensional quantum walks to explore Dirac and Schrödinger systems

P24. Toma Yoneya (Nagoya University, Japan), Dissipation-Induced Magnetic Phase in a Spin-1 Micro Bose-Einstein Condensate

P25. Hiroki Yoshida (Tokyo Institute of Technology, Japan), Existence and termination of edge states in non-Hermitian systems

P26. Hironobu Yoshida (The University of Tokyo, Japan), Uniqueness of the steady state in various GKSL equations