New scalability potential for hybrid superconducting-spin systems in the atomic quantum space
The direction of quantum research indicates that future computers will require a ‘quantum hard-drive’; where quantum information is stored before future processing. Spin-ensemble memories can have extremely long coherence times, particularly at magnetic field...
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,...