Regular biography
Bumki Min is a Faculty member in the Mechanical Engineering department at KAIST. His research focuses on Mechanical Engineering, with an emphasis on photonics, non-Hermitian physics, and Floquet systems. His work explores the role of symmetry and topology in artificially configured effective matter platforms, aiming to demonstrate new phases of effective matter and diversify their applications in electronics, mechanics, electromagnetics, and photonics. Min's research has been published in notable journals, including Communications Physics and Light: Science and Applications.
Scholar-generated biography
Bumki Min is a Professor in the Department of Physics at KAIST, specializing in time-varying photonics, non-Hermitian photonics, topological photonics, and light-matter interactions. His research focuses on developing advanced photonic materials and systems for controlling electromagnetic waves, particularly in terahertz and optical regimes. He has published extensively on topics such as graphene-based metamaterials, high-Q microcavities, and non-Hermitian metasurfaces. His work explores the manipulation of light-matter interactions for applications in tunable optical devices, slow light, and quantum dot lasers. His research bridges theoretical and experimental approaches to advance photonic technologies with potential impacts on telecommunications, sensing, and quantum information.