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Venue
APCTP Headquarters, Pohang Period
October 15 (Tue), 2019 ~ October 17 (Thu), 2019 Overview
After the density matrix renormalization group method encountered
the quantum information theory, tensor network states become a powerful theoretical tool to study quantum collective phenomena. Most popular tensor networks are the matrix product state (MPS), the multi-scale entanglement renormalization ansatz (MERA), and the projected entangled-pair states (PEPS). These tensor network states are used by many prominent Researchers as the basis for variational approaches to many-body systems. This workshop will focus on the recent developments on tensor network based algorithms and applications. It will host the discussion of current problems and developments among the leading researchers, aiming to promote interactions between selected fields from statistical mechanics to condensed matter physics. Topics
Nowadays so many topics are basically related to tensor networks. Specifically, we are covering the following topics in this workshop. 1. Density Matrix Renormalization Group 2. Applications of PEPS for Frustrated Magnetic Systems 3. Spin Liquid 4. Quantum Machine Learning The program will be carried out by pedagogical lectures, and later research talks. Organizers
Myung-Hoon Chung (Hongik University) (mhchung@hongik.ac.kr) Ji-Woo Lee (Myongji University) (jwlee@mju.ac.kr) Invited Lecturers Ying-Jer Kao (National Taiwan University) Hyunyong Lee (University of Tokyo) Miles Stoudenmire (Flatiron Institute) Invited Speakers Dong-Hee Kim (GIST) Ji-Woo Lee (Myongji University) Contact Myung-Hoon Chung (mhchung@hongik.ac.kr) Sponsor  |
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