My research focuses on the intersection of nanophotonics, condensed matter physics, electrodynamics, and quantum optics. I primarily conduct theoretical and computational studies of multilayer systems composed of dielectrics, metals, and embedded atoms. The goal is to understand and control their tunable optical properties, enabling the manipulation of non-classical light–matter interactions.

• Ghangas N., Dasgupta S., 2026, Entanglement dynamics of multi-level atoms embedded in photonic crystals: Leveraging resonant dipole-dipole interactions and quantum interference, Physical Review A, vol. 113, art. 043728, 10.1103/pr2d-7pcv

• Ghangas N., Dasgupta S., Remesh G., Achanta V.G., 2025, Dynamics of light localization via coherent control: The interplay of transmission, absorption and disorder in photonic crystals, Optics Communications, vol. 587, art. 131876, 10.1016/j.optcom.2025.131876

• Ghangas N., Dasgupta S., 2024, Coherent control of critical coupling in non-PT-symmetric defective photonic crystal, Proceedings of SPIE, Nanophotonics X, vol. 12991, art. 129910O, 10.1117/12.3016376

• Ghangas N., Dasgupta S., 2024, Coherent control of nonreciprocal optical properties of the defect modes in 1D defective photonic crystals with atomic doping, Optical Materials, vol. 154, art. 115703, 10.1016/j.optmat.2024.115703

• Ghangas N., Dasgupta S., 2023, Control of Spectral Properties in 1D Defective Photonic Crystals by Doping with Two-Level Atoms, Frontiers in Optics, vol. 74, art. JM7A, 10.1364/FIO.2023.JM7A.74

Research project

• Strojone źródła pojedynczych fotonów w materiałach o hiperbolicznej i bliskiej zera przenikalności dielektrycznej
  Role: Investigator
  Source of financing: NCN
  Realisation period: April 1, 2025–March 31, 2028

• Google Scholar ID