Neupane Lab: Quantum Material Research Group


Our research focuses on the electronic and spin properties of new quantum materials such as correlated topological insulators, three dimensional Dirac, Weyl and nodal semimetals, topological Kondo insulators, topological crystalline insulators,  5f electron system for thermal transport and two-dimensional quantum materials investigated using angle-, spin- and time-resolved photoemission techniques. In particular, we utilize angle-, spin- and time-resolved photoemission measurement techniques to reveal the interesting electronic and spin properties, as well as the momentum resolved dynamical properties of bulk and symmetry-protected surface properties of these quantum materials.

Our research aiming to discover and understand the quantum materials as well as its light-matter interaction is supported by the following agencies. We are extremely thankful to them for the support of our work!



Image result for air force office of scientific research transparentAir Force Office of Scientific Research


Image result for department of energy transparentDepartment of Energy


Image result for national science foundation transparentNational Science Foundation