Understanding the nonequilibrium collective dynamics of interacting systems is of crucial importance in various contexts. For example, in condensed matter physics, the interplay between the many-body interaction and nonequilibrium fluctuations gives rise to collective phenomena beyond the equilibrium paradigm. It has also been a central problem in fields such as biology, ecology, or chemical sciences, where complex dynamics emerge due to their mutual interactions. Despite their similarities and potential connections, however, there remain gaps between the fields, and their individual developments have not been fully shared or appreciated by other communities. In this workshop, we aim to overcome these barriers by bringing together scientists interested in the nonequilibrium collective phenomena of different disciplines. Our goal is to identify connections and build bridges to these seemingly unrelated subjects.
The topics relevant to the workshop include:
Driven quantum many-body systems / Many-body localization, thermalization, information scrambling
Non-Hermitian/Floquet topological phases of matter
Stochastic thermodynamics, thermodynamic uncertainty relations
Active matter/Living matter
Chemical reaction networks
Ecosystem, population dynamics, evolutionary dynamics
Complex systems, networks, synchronization
Alexei Andreanov (PCS-IBS)
Seung Ki Baek (Pukyong National Univ.)
Yongjoo Baek (Seoul National Univ.)
Sergej Flach (PCS-IBS)
Cheol-Min Ghim (UNIST)
Meesoon Ha (Chosun Univ.)
Changbong Hyeon (KIAS)
Dong-Hee Kim (GIST)
Jae Kyoung Kim (KAIST)
Jinsu Kim (POSTECH)
Kun Woo Kim (Chung-Ang Univ.)
Deok Sun Lee (KIAS)
Jae Sung Lee (KIAS)
Sang Hoon Lee (Gyeongsang National Univ.)
Jae Dong Noh (Univ. of Seoul)
Shodhan Rao (Ghent Univ.)
Juzar Thingna (PCS-IBS)
Bohm-Jung Yang (Seoul National Univ.)
Ryo Hanai (APCTP, ryo.hanai@apctp.org)
Yuji Hirono (APCTP, yuji.hirono@apctp.org)
Hye Jin Park (APCTP, hyejin.park@apctp.org)
This workshop is supported by APCTP.