A pioneer of 'microsphere nanoscope' and super-resolution techniques and applications based on dielectric particle superlenses made from microsphere, spider silk , nanoparticle and others at Bangor University, UK. Check out our team's featured interview by magazine and comprehensive review chapter written by us. In addition, our team also actively works in nanophotonics and metamaterials (e.g 'anti-laser' filter), laser material processing (e.g artificial surface, nano-marking) and solar energy, with wide applications in industry.
Bangor Superlens Team Research Poster (PDF) and team introduction (PDF).The group foucses on Nanophotonicsand Laser Processing activities.
Nanoscopy and imaging;
Dielectric Particle Superlens and Nanoscope;
Nano-optics at interfaces;
Laserd 3D printing technology;
Metamaterials and Plasmonics;
Laser material processing, laser cleaning;
Nanometerial synthesis using lasers;
Thin film, Perovskite solar PVs;
Biosensors based on surface plasmon and whisper gallery mode effects;
Muti-scale modelling and simulation: laser-material ineraction and nanoscale optics;