Quantum Networking Using Discrete Variables and Continuous Variables Demonstrated ‘Hybrid’ Quantum Networking Demonstrated for First Time Key points… + In a world’s first, researchers in
Due Today! NIST Request for Public Comments on Post-Quantum Cryptography Challenges Closes Today It’s not too late, but today is the final day for public
U.S. NIST Looking to Get Your Comments to Get Us Ready for Post-Quantum Cryptography The Qubit Report is taking part in the call for comments
Entangling Atoms With Molecules Could Lead to Manipulation, Storage, and Transmission of Data at the Quantum Level NIST Team Builds Hybrid Quantum System by Entangling
Inaugural Conference to Explore Disruptive Aspects of Quantum Computing Registration Open for Inaugural IEEE International Conference on Quantum Computing and Engineering (QCE20) As of May
NIST: Method to Develop Single-Atom Transistor Lends Potential to Act as Quantum Bit NIST Scientists Create New Recipe for Single-Atom Transistors Artist’s illustration of part
NIST Researchers Create Coupled Quantum Dot; Precursor to a “Robust” Quantum Bit? What a Pair! Coupled Quantum Dots May Offer a New Way to Store
‘Re-entrant Superconductivity’ in Uranium Ditelluride Promising for Use in Quantum Computers Rare ‘Lazarus superconductivity’ observed in promising, rediscovered material In brief… + Once dismissed by
Forward Secrecy’s use as a layer of security during encrypted sessions may be threatened. Simply, Forward Secrecy permits only the end-points in a secure session to decrypt traffic. The problem is surveillance of encrypted traffic in high-security environments demands the ability to break open and inspect content.
Second Quantum Revolution — Interview Metrology, metrics, mechanics are all part of the quantum world. This interview with NIST’s Physical Measurement Laboratory’s Deputy Director is
