Published several high-impact papers such as 'Controlling quantum vacuum' in Science (2023), 'Enhanced Smith-Purcell radiation' in Nature (2023), etc.
Research Experience
Research is roughly equally split between theoretical and experimental studies. Specific research areas include one-way waveguides, plasmons in graphene, transparent displays, Weyl points, enhanced incandescent sources, optical deep learning, and nanophotonic scintillators.
Background
Research interests include controlling quantum vacuum, enhanced Smith-Purcell radiation, nanophotonic scintillation, and more. Specializes in optics and electromagnetics, particularly in novel material systems like photonic crystals and metamaterials.
Miscellany
Excited about the feasibility of wireless power transfer and interested in how AI can help scientific research and how physics insights can lead to even more powerful AI algorithms.