Quantum Threads
: Stitching together Strings and Qubits
Scope
Quantum Information Theory, a cornerstone of modern science, is rapidly gaining prominence in diverse fields, ranging from many body physics to black holes. Progress in quantum information theory harbors the potential to instigate a paradigm shift in real-world applications, catalyzing advancements in quantum computation, quantum teleportation and quantum communication. Moreover, it offers intriguing solutions to intricate longstanding conundrums associated with black holes. Quantum entanglement measures, such as entanglement entropy, have emerged as focal points of intense investigation in quantum field theories, many body physics as well as gauge/gravity duality.
This workshop is designed to be a confluence for researchers from Quantum Information Theory and High Energy Physics. It seeks to stimulate thought-provoking discussions and foster collaborations potentially spearheading advancements in the frontier domains of both disciplines. By forging a bridge between these two fields, we aspire to encourage dialogues that could lead to a more profound understanding of the cutting-edge areas in theoretical physics.
Period
July 16 (Tue) - July 18 (Thu), 2024
Venue
Kyung Hee University, Seoul, Korea
speakers
Seungbeom Chin (Sungkyunkwan University)
: Graphical approaches to quantum information processing
Hyukjoon Kwon (KIAS)
: Quantum data processing inequality and approximate quantum error correction
Seungjin Lee (ETRI)
: Quantum measurement and classical-quantum interactions
Vinay Malvimat (APCTP)
: Multipartite Entanglement in Quantum Information and Holography
Yoshifumi Nakata (YITP)
: Hayden-Preskill protocol from a quantum information perspective
Organizers
Euihun Joung (Kyung Hee University)
Hyukjoon Kwon (KIAS)
Vinay Malvimat (APCTP)
Junggi Yoon (APCTP)
Contact
Junggi Yoon (APCTP): junggiyoon@apctp.org