Educations

• 2020: Seoul National University (Ph. D. in Physics)

• 2014: Sogang University (B.S. in Physics)
   

• 2024-Present   Assistant Professor, KAIST

• 2020-2024       Postdoctoral Scholar, The University of Chicago
   

LAB

Quantum Information and Quantum Computing Theory Group

Research Interest

• Theoretical Quantum information

Quantum information science is a study of using quantum resources for various information tasks. Quantum resources enable us to perform information tasks more efficiently than classical resources, such as quantum computing, quantum sensing, and quantum communication. Currently, our interest is to explore the power of various quantum information processes.

• Quantum Computing

Quantum computers are expected to solve problems more efficiently than their classical counterparts. We investigate the separation of quantum computers and classical computers.

• Quantum Sensings

Precise measurement of physical quantities is a key of science and technology. Quantum resources such as quantum entanglement can provide more precise measurement techniques than traditional measurement devices. We investigate the efficacy of quantum sensors and their applications.