Seven Quantum Information Technology Experts to Discuss Quantum Computing and Quantum Cryptography

In-Depth Analysis of Quantum Information Technology
Discussion on Challenges and Future Prospects for Commercialization in Korea

A comprehensive analysis will be conducted on the current state of 'quantum information technology,' which is considered the closest to commercialization among quantum fields in terms of technological maturity. The event will also discuss the challenges to be overcome for domestic commercialization and the future of related technologies.

The Korean Academy of Science and Technology will hold the 235th Hallym Roundtable at 3:00 p.m. on May 9, both online and offline, under the theme "Fascinating Quantum Information Technology ±20 Years."

This roundtable will feature seven experts from industry, academia, and research institutes in the quantum information technology sector, who will participate in discussions on a wide range of topics, from basic research to technology commercialization, without distinction between presenters and panelists.

The speakers include Seungwoo Lee, Principal Researcher at the Korea Institute of Science and Technology (KIST) Quantum Technology Research Group (quantum error correction); Jaewook Ahn, Professor of Physics at the Korea Advanced Institute of Science and Technology (KAIST) (neutral atom quantum computing); Kihwan Kim, Professor of Physics at Tsinghua University (ion trap quantum computing); Junwoo Bae, Professor of Electrical and Electronic Engineering at KAIST (quantum communication and security); Sujun Lee, Professor of Mathematics at Kyung Hee University (quantum entanglement theory and mathematics); Yunho Kim, Professor of Physics at Pohang University of Science and Technology (POSTECH) (quantum information emerging from entanglement and confusion in quantum mechanics); and Jungwoon Choi, Head of the SKT Quantum Team (commercialization of quantum cryptography technology).

The roundtable will broadly cover explanations of the speakers' areas of expertise, directions for quantum research, and current issues in fields such as quantum computers, neutral atoms, and quantum security, which have recently attracted significant attention.

Jinho Jung, President of the Korean Academy of Science and Technology, stated, "Quantum technology is drawing attention as a core driver of future innovation in various fields, including energy, communications, and security." He added, "In particular, we aim to discuss the current status of research, technology development directions, and strategies for nurturing talent in quantum information technology, which has recently made remarkable progress."