LCN researchers make electrical nanolasers even smaller
LCN researchers, in collaboration with a team at Moscow Institute of Physics and Technology have developed a concept of an electrically driven nanolaser which is not only much smaller than the other integrated lasers but even smaller than the free-space wavelength it...
Internships in the time of COVID-19
The collaboration between academia and industry is fundamental for developing solutions to society’s biggest problems. Co-funded PhDs and internships represent the perfect opportunity for industry and academia to work together and bridge the gap between industrial and...
Levitating nanoparticles using light: conveyor belts of the future
LCN Researchers from the Photonics and Nanotechnology group at King’s have reported an exciting new levitation phenomenon that involves shining light on nanoparticles which are made from a non-magnetic material. The light resonates with the nanoparticles to produce a...