About Us
The Theory of Nanophotonics Group is an academic research laboratory dedicated to fundamental investigations of light-matter interaction at the nanoscale.
The group utilizes theoretical optics and computational modeling to predict the behavior of light in nanophotonic structures.
Core research areas include metallic and dielectric nanoantennas, plasmonics, and near-field phenomena.
The team conducts theoretical research on quantum plasmonics, exploring the interaction between quantum emitters and surface plasmons.
Work in quantum optics focuses on phenomena such as the Purcell effect and photon emission in micro/nanoscopic structures.
Research outcomes inform the design of novel nanophotonic devices for applications in classical and quantum regimes.
Outputs include peer-reviewed publications, advanced computational models, and trained doctoral and postdoctoral researchers.
The group’s expertise contributes foundational knowledge to the fields of quantum sensing and photonic quantum computation.
Internal research teams collaborate with experimental laboratories to translate theoretical findings into practical device concepts.
Recent efforts have focused on expanding partnerships and strengthening technology development pipelines.
Industry Tags: Academic Research, Theoretical Physics, Nanophotonics, Quantum Optics, Plasmonics, Quantum Simulation
SEO Keywords: Theory of Nanophotonics Group careers, Theory of Nanophotonics Group jobs, Theory of Nanophotonics Group quantum computing, Theory of Nanophotonics Group research, Theory of Nanophotonics Group technology focus, Theory of Nanophotonics Group quantum plasmonics, Theory of Nanophotonics Group quantum computing jobs, Theory of Nanophotonics Group careers in quantum technology, Theory of Nanophotonics Group internship, Theory of Nanophotonics Group hiring process, Theory of Nanophotonics Group postdoctoral opportunities, how quantum computing applies to materials modelling, quantum technology explained for developers, quantum systems engineering overview, nanophotonics quantum use cases, theoretical quantum optics research topics, fundamentals of light-matter interaction nanoscale, compare quantum computing approaches for photonic devices, best quantum platforms for quantum chemistry, enterprise quantum technology use cases, photonic quantum computing principles
Organisation name: Theory of Nanophotonics Group