Moon, Eun-Gook

Eun-Gook Moon is an Associate Professor in the Department of Physics at KAIST. His research focuses on Quantum Many-Body Theory, particularly quantum systems with high entanglement and correlations. He is affiliated with the university through the Physics department and can be contacted via email at egmoon@kaist.ac.kr. His work explores systems such as quantum spin liquids, high-temperature superconductivity, and non-Fermi liquids, aiming to develop new theoretical frameworks for understanding these phenomena. Moon has held positions at institutions including Harvard University, the University of Chicago, and the University of California, Santa Barbara, and has been associated with the Korea Institute for Advanced Study.

Eun-Gook Moon is a researcher in condensed matter theory, specializing in strongly correlated electron systems. Their work explores phenomena such as nematic phase transitions, quantum criticality, and topological states in materials like cuprates, iridates, and semimetals. Moon's research investigates the interplay between superconductivity, spin density waves, and spin-orbit coupling, with a focus on understanding exotic quantum phases and their thermodynamic signatures. They also study quantum criticality in topological phase transitions and the behavior of fermionic systems under strong interactions. Additionally, Moon contributes to the theoretical understanding of hydrogen storage in polyacetylene and quantum computing applications such as Rydberg quantum wires.