Dell is creating the building blocks to assimilate quantum computers into conventional IT infrastructures as it opens datacenters to new types of accelerated computers.
Glasgow-based M Squared has revealed a prototype of the UK’s first commercial neutral atom quantum computer.
In this blogpost, [the authors] explain basic principles and use cases of quantum networks while explaining how a quantum repeater (a key piece of quantum network infrastructure) works…
VTT’s quantum computer HELMI (“Pearl”) has been connected with the pan-European supercomputer LUMI (“Snow”), hosted by CSC – IT Center for Science.
A research team from DTU has succeeded in designing and building a structure, a so-called dielectric nanocavity, which concentrates light in a volume that it is 12 times below the diffraction limit – inside a dielectric material.
To date, demonstrations of quantum advantage have involved significant “structure,” or back-and-forth communication among two or more parties.
Breakthrough Victoria will invest A$29 million in US-based global quantum leader ColdQuanta to create the ColdQuanta–Swinburne Quantum Technology Centre.
Quantum computing holds significant promise for breakthroughs in secure communications and large-scale modeling and simulation. And while the benefits are expected to be substantial, maturing quantum technologies may also pose threats…
[T]eam at Sandia National Laboratories envisions quantum inertial sensors as revolutionary, onboard navigational aids.
Rivada Space Networks (RSN) is partnering with SpeQtral to demonstrate the technical compatibility of adding a QKD encryption layer to enhance the security of communications over low earth orbit satellite constellations.
