M Squared’s lasers have been used in cold matter-based quantum computing projects
The Discovery project, the largest industry-led quantum computing project in Britain to date, will be led by M Squared
The Quantum Dots on Silicon (QUDOS) programme will investigate new ways of integrating all the parts that are needed for high capacity optical communications and signal processing on a single silicon chip
Faccio, centre, working on laser system alignment and optimisation with student Mihail Petev, left, and Niclas Westerberg
SPIE and the University of Glasgow have established a $1 million programme to support graduate students in the field of quantum photonics
Progress is being made on entanglement methods that can work in mainstream telecom wavelengths, in conventional networks, finds Andy Extance
One of the most promising candidates for the perfect quantum qubit are defect centres in solid-state materials, also known as colour centres. Widely tunable cw lasers make it quicker and easier to characterize the internal energy structure of different qubit contenders. Read how!
It may soon be possible to transport quantum information over long distances with glass fibres, thanks to a new project launched by Dutch research centre QuTech and the Fraunhofer Institute for Laser Technology
Researchers from the Photonics Research Group have successfully integrated single photon emitters in 2D layered materials with a silicon nitride photonic chip
Professor David Andrews, incoming 2019 vice-president of SPIE, describes the support, growth and promise of some rapidly emerging quantum applications
A team of researchers has demonstrated the UK’s first commercially viable, transportable and standalone quantum accelerometer that could be used for navigational purposes
A three-year Horizon 2020 Quantum Flagship project, called Uniqorn, has launched that aims to provide enabling photonic technology to accommodate quantum communications
