University of British Columbia researchers are aiming at long-distance entangled quantum networks with a coherent microwave-to-optical photon converter, that can theoretically be fabricated on a silicon wafer. Such a network would have fibre optic long-distance communication, possibly many km long, connecting microwave qubits. “The technology could serve as a translator for quantum computers, enabling them to talk to each other ...
resonator
SiC photonics resonator has Q=160,000 for CMOS
Researchers demonstrate an amorphous SiC ring resonator with a Q of 1.6x105
Flying resonators raise solar efficiency
Solar panels are generally connected in series strings, followed by a high-voltage inverter to make mains voltage. Shading of a single panel severely cuts the output of the entire series string. Inverse parallel diodes are generally...
Alternatives to quartz: EW takes a look
For over 60 years, there was only one practical frequency reference for electronics: quartz crystals. True, there were atomic clocks
IEDM: MEMS resonator breaks Q record
Panasonic and IMEC have developed a MEMS resonator with record Q-factor, presenting it the International Electron Devices Meeting in San Francisco. "MEMS resonators offer...
UK university has resonant tunnelling breakthrough
The first resonant tunnelling diodes to be built in amorphous carbon have been demonstrated by researchers at the University of Surrey