Building a Quantum Computer is Hard
Building a Quantum Computer is Hard. No trivial matter. Building a quantum computer is hard. Here’s why… This report is found here at PURSUIT…
Qrypt and ORNL: Making a Hybrid Quantum Approach
Qrypt and ORNL: Making a Hybrid Quantum Approach. Though previously reported, Qrypt is again in the news with its hybrid approach to cybersecurity. Having signed an agreement with Oak Ridge National Laboratory to utilize their research and hardware developed for quantum random number generation, the company intends to wed the quantum physics hardware with software […]
Artificial Intelligence’s Influence on Quantum Computing; and Vice Versa
Artificial Intelligence’s Influence on Quantum Computing; and Vice Versa. Further thoughts on how AI may influence QC and VV; focus on big data. This report is found here at insideBIGDATA…
Quantum Communication Satellite Under Design
Quantum Communication Satellite Under Design. By 2021, United Kingdom engineers with a team from Singapore, aim to place a quantum-communication satellite in orbit. This report is found here at optics.org…
Laser Tweezers Positioning Atoms
Laser Tweezers Positioning Atoms. Designing quantum computers with laser ‘tweezers’ to position atoms; creating the Eifel Tower, Mobius strip, and, mmmmmm, a doughnut, too. This report is found here ScienceNews…
Quantum Communications Satellite Commercialization
Quantum Communications Satellite Commercialization. Heriot-Watt University researchers are developing a fully-autonomous and low-cost quantum-key distribution (QKD) satellite receiver. This report is found at HERIOT-WATT UNIVERSITY…
Essential Elements of Scaling Quantum Computers
Essential Elements of Scaling Quantum Computers. Topological photonics: Don’t require strong magnetic fields; are highly coherent; operate at room-temperature; easily manipulated. This report is found at International Business Times…
“Control-Knob” for Quantum Topology Opens ‘Enormous Possibilities.’
Princeton physicists have directed the flow of electrons at will using a scanning tunneling spectromicroscope with a rotatable magnetic field.
High-Speed Quantum Internet
High-Speed Quantum Internet. Japanese industry research and development teams have enabled a quantum key distribution (QKD) network over a distance of 7 kilometers and a bandwidth over 10 Mbps. The network was constructed with designated fiber-optic lines transmitting photons encoded with the encryption keys. The teams developed the software to manage the crypto-keys, encryption, and […]
High-Speed Quantum Internet
Japanese industry research and development teams have enabled a quantum key distribution (QKD) network over a distance of 7 kilometers with a speed over 10 Mbps.