Derek Lee

Dr. Derek Lee is an Associate Professor in the Department of Physics at Imperial College London, affiliated with the Faculty of Natural Sciences. His research focuses on quantum condensed matter physics, particularly the emergence of novel phases in quantum mechanical systems such as topological states, superconductors, and ultracold atomic systems. He explores interfaces between condensed matter and quantum information science, addressing fundamental questions about topological phases and exotic ordering phenomena.

Key affiliations include the Condensed Matter Theory Group, the Physics Permanent Researchers community, and initiatives in Quantum Engineering and The Matter Community. His work spans theoretical frameworks involving topological band structures, supersolids, and Majorana vortex dynamics in Josephson junctions.

Publications highlight investigations into supersolid thermodynamics, quantized conductivity markers, and disorder effects in topological systems. Research themes emphasize collective quantum phenomena, topological protection mechanisms, and experimental signatures of quantum phases. Ongoing projects explore interplay between superfluidity and density wave order in Bose systems, as well as nanoscale topological phenomena in confined geometries.

Dr. Lee's contributions bridge advanced theoretical modeling with experimental feasibility, particularly in ultra-cold atom systems and nanoscale superconducting devices. His work underscores the importance of topological concepts in understanding material behavior across scales—from atomic lattices to macroscopic superfluid films.