Coherently driven microcavity-polaritons and the question of superfluidity
If particles of light (photons) are trapped in a two dimensional cavity, then they can couple electron-hole pairs present in semiconductors in the cavity. The resultant composite particles, which we call polaritons, flow like fluids do and can exhibit quantum...
Quantum Leap: from research to large-scale market
Quantum Leap: from research to large-scale market: Two UCL professors present evidences to secure the future of the Quantum Technology research funding Quantum technology has the potential to make transformative impacts in computing, security, sensing and navigation,...
QuantERA call 2017 recommends UCL-led quantum technology project
Thanks to joint funding provided by the European Union and QuantERA member organisations, 26 excellent international proposals in the field of quantum technology research have recently been recommended for funding. The UCL-led project ‘Polariton lattices: a...