Making the Ultra-Secure More Ultra-Secure at the University of Chicago and University of York (Yale University, too) Choosy resource allocation improves energy efficiency in quantum
Open-Source Quantum Simulation Software Models Multi-Billions of Atomic Orbitals KITE code could power new quantum developments Key points… + A research collaboration led by the
There May Be a Zoo of Non-classical Correlations Different than Bell’s Viewpoint: Quantum Correlations Take a New Shape Excerpts and salient points ~ + Bell
Limits of Quantum Communication Networks; Secret Key Capacity Explored Establishing the ultimate limits of quantum communication networks At the moment, sensitive data is typically encrypted
UK’s UKQN: Testing Quantum Key Distribution with the UK’s Quantum Network. Quantum communications are destined to be the most-secure type of data transfer throughout the
The concept of Alice and Bob communicating is back in the spotlight with quantum key distribution added to it. This team from the University of York developed a process which involves displacing the data detectors – the point where information must be read – to a location separate from the sender and receiver. Doing so reduces probability of a hacker attacking the device. See the layperson’s article at ScienceDaily and the original study at the Cornell University Library site.
