Research group
The MetaPhotonics group advances both fundamental and applied photonics through nanotechnology. Our research spans a broad range of emerging directions, including:
- Metasurfaces for both free-space and fibre optics, including functional flat lenses, holograms, vortex and vector beam generators
- Nanolasers and active nanophotonics for on-chip integration
- Topological nanophotonics for protected waveguides and robust light transport
- Nanoscale isolators and nonreciprocal devices for optical logic
- High-harmonic generation towards on-chip atto-second pulses and extreme-UV light
Research infrastructure
The group offers a comprehensive environment supporting the key pillars of state-of-the-art nanophotonics:
- Computational modelling: advanced electromagnetic simulations using tools such as COMSOL Multiphysics and CST Studio Suite
- Nanofabrication: access to 1300 m² of cleanroom facilities for advanced nanoscale fabrication
- Optical experiments: linear and nonlinear optical characterization spanning mid-infrared to ultraviolet wavelengths