Opening address

Sergej Flach "Many Body Thermalization Close to Integrability"

Naomichi Hatano "Non-Hermitian Quantum Mechanics: How we came up with the Hatano-Nelson model"

Ken Imura "Wave-packet and entanglement dynamics in a non-Hermitian system"

Savannah Garmon "Weak-coupling bound states in semi-infinite topological waveguide QED"

Jiangbin Gong "Universal fluctuations in 2D Anderson localization"

Kohei Kawabata "Symmetry classification of non-Hermitian random matrices and open quantum systems"

Tingzhang Shi "Exact work distribution and the Jarzynski's equality of a relativistic particle in an expanding piston"

Kohei Nakajima "Chaos in reservoir computing"

Susumu Goto "Dynamics of particles in turbulent flow"

Poster preview 1 (odd numbers/YKIS2024)

Poster session 1 (Odd numbers/YKIS2024)

Sadhitro De† "Surprising aspects of Lagrangian dispersion in shock-dominated turbulence" (Online)

Yunyun Li "Clustering of quorum sensing colloidal particles"

• Yunyun Li (Tongji University)

Youngkyoung Bae "Decoding the underdamped Langevin equation from trajectories via Bayesian neural networks"

Urna Basu "Activity driven energy transport"

Haitao Quan "Special Relativistic Covariant Fluctuation Theorems"

Kazumasa A. Takeuchi "Evaluating the instability and the inertial manifold dimension of space-time chaos from time series data"

Chikeung Chan "Detection of Anticipatory Dynamics Between a Pair of Zebrafish"

Sibaram Ruidas† "Onset and growth of many-body chaos in a symmetry-broken phase" (Online)

Tomasz Kapitaniak "Chimera states for coupled pendula"

Hiroshi Kori "Synchronization and desynchronization in higher-order networks"

Kiyoshi Kanazawa "Statistical physics of the long-memory order flow in financial market microstructure"

Kazuya Fujimoto "Random matrix statistics in correlation dynamics of fermions"

Jae Sung Lee "Stochastic Differential Equation for a System Coupled to a Thermostatic Bath via an Arbitrary Interaction Hamiltonian"

Pik-Yin Lai "Extreme value statistics and avalanches in moving contact line and solid friction"

Poster preview YKIS2024 (Even numbers/YKIS2024)

Poster session 2 (Even numbers/YKIS2024)

Ling Feng "Asymptotic Edge of Chaos as Guiding Principle for Neural Network Training"

Fumito Mori "Inference theory for coupling direction between synchronized oscillators and its experimental verification"

Yuki Ishiguro "Exact solutions in the multi-dimensional ASEP"

Leihan Tang "Emergence of Mattis-type order in annealed SK spin glass: exact results and simulations"

Closing remarks

Opening address

Marti Perarnau-Llobet "Collective Advantages in Finite-Time Thermodynamics"

Yue Liu "Collective advantages in memory erasure: Beyond the Landauer principle"

Keiji Saito "Third-law like trade-off relation in stochastic thermodynamics"

Yoshihiko Hasegawa "Thermodynamic tradeoff relations in quantum systems"

Xhek Turkeshi "Error-resilient transitions in random circuits"

Tan Van Vu "Thermodynamics of fidelity in quantum gates"

• Tan Vu (Yukawa Institute for Theoretical Physics, Kyoto University)

Gentaro Watanabe "Fluctuations in small heat engines ー from quasi-static to finite-time regimes"

Victor Mukherjee "Collective effects enhanced quantum engines"

John Goold "The thermodynamics of the quantum Mpemba effect"

Poster preview (2nd week)

Poster session (2nd week)

Takase Shimizu "Experimental verification of Landauer principle under a constraint of nonequilibrium initial state"

Andreas Dechant "Maxwell’s demon improves sensing out of equilibrium"

Ken Funo "Dynamics of a quantum system interacting with non-Gaussian baths"

Géraldine Haack (online) "Manipulating entanglement at exceptional points in dissipative quantum systems"

Paul Fabian Menczel "Unravelings of time-local quantum master equations"

Kay Brandner "Mesoscopic systems with weak memory: A mathematical framework beyond the Markov approximation"

Ken Mochizuki "Measurement-induced spectral transition"

Ludovico Tesser "Out-of-Equilibrium Fluctuation-Dissipation Bounds"

Massimiliano Gennaro Esposito "Nonequilibrium phase transitions: Energetics and macroscopic fluctuations"

Takahiro Sagawa "Thermodynamically optimal measurement and feedback in finite time"

Haitao Quan "Hierarchical structure of fluctuation theorems for a driven system in contact with multiple heat reservoirs"

Simone Pigolotti "Statistical physics of proliferating systems"

Anatoli Polkovnikov "Universal slow relaxation of weakly nonintegrable systems"

Shiling Liang "A Minimal Model for Carnot Efficiency at Maximum Power"

Poster preview (3rd week)

Poster session (3rd week)

Kiyoshi Kanazawa "Stochastic thermodynamics for general non-Markovian processes"

Archak Purkayastha "Quantum transport and exceptional points of transfer matrix"

Sosuke Ito "Optimal transport and thermodynamics for the learning"

Daniel Maria Busiello "Tuning transduction from hidden observables to optimise information harvesting"

Iman Marvian "Energy-conserving quantum circuits, new conservation laws, and their implications for equilibration"

Hiroyasu Tajima "Coherence costs and effects in dynamics of thermodynamics"

Atsushi Noguchi "Quantum engine with superconducting qubits"

Closing remarks

Opening address

Shin-ichi Sasa "Non-equilibrium Phase Coexistence"

Zhiyue Lu "Geometry of Nonequilibrium Non-Stationary Processes"

Andrés Santos "Unraveling the Mpemba and Kovacs effects using time-delayed Newton's cooling law"

John Bechhoefer "Anomalous thermal relaxation in a colloidal system"

Marija Vucelja "Anomalous thermal relaxations of physical systems"

Hisao Hayakawa "Thermodynamics of Mpemba effect"

• Hisao Hayakawa (Yukawa Institute for Theoretical Physics)

Amit Kumar Chatterjee "Quantum Mpemba effect: exceptional points and complex eigenvalues"

Filberto Ares "Entanglement asymmetry and the quantum Mpemba effect"

Poster preview (4th week)

Poster session (4th week)

Ryo Hanai "Non-reciprocal frustration physics"

Tzer Han Tan "Odd dynamics in living chiral crystal"

Jaime Agudo-Canalejo "Self-organisation through nonequilibrium catalytic activity"

Frédéric van Wijland "Accelerating sampling by irreversible methods"

Masaki Sano "Integer Topological Defects Reveal Hidden Nonlinear Active Force in Active Nematics""

Grzegorz Szamel "Extremely Persistent Dense Active Fluids"

Hong-Yan Shih "Statistical model and universality class of transitional turbulence"

Kenta Ishimoto "Non-reciprocity in microswimming"

Kazumasa A. Takeuchi "Route to turbulence of bacterial suspensions under confinement"

Opening address

Itamar Procaccia "Elasticity, plasticity and screening in amorphous solids"

Yuliang Jin "Jamming is a first-order transition with quenched disorder in amorphous materials sheared by cyclic quasistatic deformations"

Misaki Ozawa "Elasticity, facilitation, avalanches of relaxation, and dynamic heterogeneity in glass-forming liquids"

Takeaki Araki "Cooperative motion caused by by thermally activated jumps in Johari-Goldstein mode" Johari-Goldstein (JG) relaxation is a relaxation phenomenon observed in supercooled liquids and glasses, and plays a significant role in impacting various properties. We delved into the JG mode in both ionic glass CKN and metallic glasses, employing molecular dynamics simulations. Our simulations unveiled the intricate microscopic dynamics characterizing the JG mode. Specifically, we observed that a subset of particles undergoes thermally activated jump motions. These jump motions triggered a collective local relaxation among neighbouring particles that were conventionally assumed to be immobile. This collective relaxation, involving both jumping and non-jumping particles, played a pivotal role in the stress relaxation of the entire glass structure. By bridging findings from gamma ray quasi-elastic scattering experiments with the computational insights, our work provides a deeper understanding of the underlying mechanisms governing the JG mode in diverse glassy materials.

Samuel Poincloux "Jamming of a sponge-like granular media"

Tetsuo Yamaguchi "Mechanics of plant root pullout from soil"

Yiqiu Zhao "Jamming and Memory Formation in Densely-Filled Soft Composites"

Yujie Wang "Experimental study of the statistical mechanics and dynamics of granular materials"

Matthias Fuchs "Vibrational phenomena in athermal amorphous solids and the un-jamming transition"

YITP Colloquium: Jorge Kurchan "Time-reparametrization invariance: from glasses to toy black holes" Glassy dynamics have time-reparametrization "softness": glasses fluctuate, and respond to external perturbations, primarily by changing the pace of their evolution. Remarkably, the same situation also appears in toy models of quantum field theory such as the Sachdev-Ye-Kitaev (SYK) model, where the excitations associated to reparametrizations play the role of an emerging "gravity". I will describe how these two seemingly unrelated systems share common features, arising from a technically very similar origin.

Takeshi Kawasaki "Unified Understanding of Nonlinear Rheology Near the Jamming Transition Point"

Ryohei Seto "Constitutive modeling of dense suspensions"

Kuniyasu Saitoh "Jamming of deformable foams"

• Kuniyasu Saitoh (Kyoto Sangyo University)

Michio Otsuki "Flow of jammed granular materials"

• Michio Otsuki (Osaka University)

Poster preview (5th week)

Poster session (5th week)

Yuki Takaha "Avalanche criticality of rearrangements in aging glasses"

Hideyuki Mizuno "Effective medium theory for viscoelasticity of soft jammed solids"

Satoshi Takada "Kinetic theory of moderately dense dry granular particles under a simple shear"

• Satoshi Takada (Tokyo University of Agriculture and Technology)

Harukuni Ikeda "Jamming with Tunable Roughness"

Ning Xu "Similarities between active matter and sheared systems"

Hsuan-Yi Chen "Statistics of stick-slip dynamics in contact line motion and dry friction"

Closing remarks