
LOQM at IIT Bombay focuses on quantum materials and nanophotonics to advance practical photonic technologies. The group develops quantum photonic circuits and studies light–matter interactions in infrared and visible ranges. Core mechanisms include in-house simulations and experiments using quantum materials theory, with tools from density functional theory, classical and quantum electrodynamics, and AI-driven circuit optimization. Their work contributes to the National Quantum Mission and involves both theoretical and experimental approaches. Category: academic research in quantum photonics at a university.

LOQM at IIT Bombay focuses on quantum materials and nanophotonics to advance practical photonic technologies. The group develops quantum photonic circuits and studies light–matter interactions in infrared and visible ranges. Core mechanisms include in-house simulations and experiments using quantum materials theory, with tools from density functional theory, classical and quantum electrodynamics, and AI-driven circuit optimization. Their work contributes to the National Quantum Mission and involves both theoretical and experimental approaches. Category: academic research in quantum photonics at a university.