Quantum mechanics of strongly interacting systems is the most important unsolved problem in 21st-century physics. Gauge/gravity duality was proposed as a toolbox for such a system and was applied successfully for a few systems. The goal of this workshop is to bring together experts from different fields working on field theory, string theory, and condensed matter theory to exchange ideas and develop new insights which will lead to new results as well as new collaborations across these diverse fields. In particular, this program invites local and international experts to discuss the frontier lines of the holographic principle and their applications to strongly correlated systems and quantum information.Â
Ping Gao (Rutgers University)
Andrew Lucas (University of Colorado)
Sebastiano Peotta (Aalto University)
Zhenbin Yang (Tsinghua University)
Byoungjoon Ahn (GIST)
Hugo Camargo (GIST)
Jun-Hyung Cho (Hanyang University)
Jae-yoon Choi (KAIST)
Ping Gao (Rutgers University)
Xian-Hui Ge (Shanghai University)
Debabrata Ghorai (Hanyang University)
Viktor Jahnke (GIST)
Matti Jarvinen (APCTP)
Keun Su Kim (Yonsei University)
Ki-Seok Kim (POSTECH)
Kyung Kiu Kim (Kookmin University)
Youngkuk Kim (Sungkyunkwan University)
Youngwook Kim (DGIST)
Vinay Malvimat (APCTP)
Kuntal Pal (GIST)
Ioannis Papadimitriou (National and Kapodistrian University of Athens)
Chanyong Park (GIST)
Moon Jip Park (Hanyang University)
Matthew Roberts (APCTP)
Ricardo Espindola Romero (Institute for Advanced Study, Tsinghua University)
Yunseok Seo (Kookmin University)
Sang-Jin Sin (Hanyang University)
Bohm-Jung Yang (Seoul National University)
Wang Yili (Hanyang University)
Byoungjoon Ahn (GIST)
Xian-Hui Ge (Shanghai University)
Koji Hashimoto (Kyoto University)
Keun-Young Kim (GIST)
Moon Jip Park (Hanyang University)
Sang-Jin Sin (Hanyang University)
Junggi Yoon (APCTP)
Byoungjoon Ahn (GIST): bjahn123@gist.ac.kr
Junggi Yoon (APCTP): junggiyoon@apctp.org