We are a team of researchers working on classical and quantum electrodynamics applied to the study of antennas, and guided and free-space wave propagation, scattering and diffraction.
Our work addresses the needs of future communications and sensing systems. We are led by Professor Costas Constantinou.
We have extensive expertise in radiowave propagation modelling and measurements from the UHF to THz bands, in proposing, simulating, and conducting detailed measurements on novel waveguiding structures, and in theoretical, computational and experimental assessment of antenna technologies ranging from wire to quasi-optical antennas.
Our current areas of research focus are:
- Deterministic radiowave propagation models
- THz material library
- THz scattering
- Radio channel prediction using machine learning and ray-launching
- Advanced components
- Quasi-optical and (meta)lens antennas
- Topological metasurface waveguides
- Polarising metasurfaces
- Multi-port antennas
- Quantum technologies for communications
More details can be found in Research Projects.