KAIST-Nagoya GENKO Workshop

Speakers :
Joonwoo Bae, KAIST, Entanglement Witness 2.0
Francesco Buscemi, Nagoya University, Observational entropy, coarse-grained states, and irretrodictability
Kieran Flatt, KAIST, Contextual advantages in quantum state discrimination
Donghoon Ha, Kyunghee University, Bound on local minimum-error discrimination of bipartite quantum states
Jaemin Kim, KAIST, Entanglement detection by state preparation
Jeong San Kim, Kyunghee University, Entanglement witness and multipartite quantum state discrimination
Hyeokjea Kwon, KAIST, Quantum amplitude amplification operator
Jeung Rac Lee, KAIST, Low-earth Orbit Satellite Network Optimization and Statistical Qubit Freezing on Quantum Annealer
Jhen-Dong Lin, National Chen Kung University (NCKU), Interferometric engineering of open quantum systems: Dissipative freezing and collective decay
Shintaro Minagawa, Nagoya University, Toward the relationship between information and thermodynamics from the second law of thermodynamics
Min Namkung, Kyunghee University, Enhanced optimal quantum communication by a generalized phase-shift-keying coherent signal

Arthur Jackob Parzygnat, Nagoya University, Approaching quantum Bayesian inference from two new angles
Ashutosh Rai, KAIST, Bell-nonlocal correlations in quantum mechanics: foundation and some applications
Dominik Safranek, Institute of Basic Science (IBS), Observational ergotropy: unitary work extraction from unknown quantum sources
Seungchan Seo, KAIST, Mitigation of Crosstalk Errors in a Quantum Measurement
Jacopo Surace, ICFO-the Institute of Photonic Sciences, State retrieval beyond Bayes’ retrodiction and reverse processes
Siheon Park, KAIST/Qunova, Variational Quantum Approximate Support Vector Machine With Inference Transfer
Ju Young Ryu, KAIST/Qunova, Quantum Machine Learning on Molecular Graphs for Molecular Property Prediction

Dates: February 21- 23, 2023

Venue: Woo-Ri-Byul Seminar Hall (2201), E3-2, KAIST

Arrival information: How to get KAIST [Link]

Sponsors and Funds: GEnKO (NRF Korea, DAAD Germany) and ITRC-QCAI/IITP, Samsung