LCN researchers at King’s College London have discovered how to control light at ultrafast timescales by designing the distributio
Skyrmions, ‘hedgehogs’ of electron spins, are well known in magnetic materials and were long considered for applications in spintr

Marzena Szymanska

Prof Szymanska's research interests include far from equilibrium quantum collective phenomena; Dissipative and driven quantum systems; Light-matter systems; Quantum condensation and superfluidity; Semiconductor microcavities, excitons, polaritons; circuit and cavity QED systems; ultra-cold atomic gases and Feshbach resonances.


Resonances occur throughout science and engineering, from guitar strings to NMR scanners.
Reporting in the Proceedings of the National Academy of Sciences this week, researchers from the Netherlands, Oxford and the Londo

John Morton

Prof Morton's research takes spins of electrons and nuclei in a range of nano-scale materials and devices to develop a new generation of quantum technologies, including quantum sensors, quantum memories, and quantum computers. Prof Morton is the Director of the UCL Quantum Science and Technology Institute.


Jeroen Elzerman

Dr Elzerman's current research centres around solid-state quantum photonics. His group uses laser light to manipulate the quantum state of electronic and nuclear spins in semiconductor nanostructures.


When a pebble is dropped onto the surface of a pond, a droplet of water bounces up from the surface.
Organic and polymer light-emitting diodes (LEDs) have received much attention in recent years for application in displays and ligh
We are familiar with polymer materials in all aspects of our everyday lives - but in future, polymers are set to be important mate