Group leader
Research Interests
- Quantum Nanophotonics and Collective Effects
- Nonlinear Nanophotonics and Optical Forces
- Opto- and Acousto-Mechanics
- Metamaterials and Metasurfaces
- Thermo- and Photo-Induced Processes in Nano-Optics
- AI-Driven Nanophotonics
Projects 2025
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Project “AcoustoLab”
Development of a laboratory for opto- and acousto-mechanical research, including the design of novel types of acoustic resonators.
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Flagship Project “Quantum Nanophotonics for Next-Gen Communication”
Studies in waveguide QED and quantum light states for integration into next-generation communication platforms.
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Applied Project on Photonic Sensors
Development of hybrid MoS₂–Si sensors with photo- and thermo-induced spectral tuning.
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AI for Nanophotonics Design
Integration of artificial intelligence for inverse nanophotonic design and optimization of nonlinear optical processes.
Group members
