Scientists from London Light and the IIT –Istituto Italiano di Tecnologia (Italian Institute of Technology) have created a temporary tattoo with light-emitting technology used in TV and smartphone screens, paving the way for a new type of “smart tattoo” with a range of potential use.
The technology,…
We are seeking submissions of a 30-60s video clip to show a dimension of light that fascinates, intrigues or delights you. A streaming event to be held on 20 May 2021 with a panel of experts.
A number of your…
John Clerk Maxwell developed his famous Maxwell Equations whilst working at King’s College London in the late 19th Century. The Maxwell Equations are four equations which link the fundamental behaviour of electric and magnetic fields.
Electromagnetic fields and waves, including light, are …
A collaboration between London Light researchers and the University of Duissburg-Essen has found a way to strengthen quantum networks by levitating key components, whilst simultaneously exploring the boundaries of quantum mechanics.
Do you believe in quantum physics? Quantum theory …
The London Institute for Advanced Light Technologies now has a YouTube channel. We will be posting talks from our members, and videos of our events.
Our first video ‘Generating colour 3D images from planar metasurfaces’ is from Dr Diane Roth from the Department of Physics at King’s…
London Light researchers at King’s College London, 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…
A ground breaking horizon scanning report on the future of photonics research 2030 and beyond has been released by the Photonics Leadership Group and the All-Party Parliamentary Group in Photonics and Quantum. The PLG brought together 26 of the UK’s leading photonics researchers from 20 different…
As part of an international collaboration with Southern University of Science and Technology in Shenzhen (China), LCN researchers at King’s College London have developed a novel way of generating colour 3D images using a reflective metasurface performing through…
The Photonics Leadership Group have published the preliminary outputs of a recent workshop that comprised of twenty-five of the leading photonics researchers in the UK.
The academics were asked ‘What is on the Horizon for Future Photonics Research?’ to generate a picture of where…
In the 1990s an optical imaging technique emerged that overturned the “diffraction limit”, which for over a century had defined the maximum achievable resolution an optical microscope could achieve at around half the wavelength of the illuminating light. At King’s College London’s Wheatstone…
