JILA Team Develops ‘Spinning Trap’ to Measure Electron Roundness | NIST
JILA researchers have developed a new method to measure the roundness of electrons using spinning electric and magnetic fields. The technique…
NIST Quantum Dot Helps Scientists ‘See’ Quantum Mechanics at Work | NIST
Researchers at NIST have developed a quantum dot that helps scientists “see” quantum mechanics in action without disturbing the…
NIST Lays Groundwork for Future Ultra-Precise Timing Links to Geosynchronous Satellites | NIST
NIST researchers have demonstrated a new method for transmitting precise time signals through the atmosphere with femtosecond accuracy,…
NIST Demonstrates Better Memory with Quantum Computer Bits | NIST
NIST physicists have developed a new quantum memory system using charged atoms (ions) that can store information for over 10 seconds –…
Walls Falling Faster for Solid-State Memory | NIST
Researchers from NIST, the University of Maryland, and the University of Paris XI have discovered that defects and impurities in magnetic…
Withdrawal of NIST Special Publication 800-107 Revision 1 | NIST
NIST has decided to withdraw Special Publication 800-107 Revision 1, a document that provides recommendations for using approved hash…
New Photon Detector for Advanced Communications Knows When to Not Know | NIST
1. Quantum Communications Protocol: The article discusses a new quantum communications protocol that uses photons to transmit information. The…
Automation of the Cryptographic Module Validation Program (CMVP) | NIST
Title: NIST Launches Project to Automate Cryptographic Module Validation Program The National Cybersecurity Center of Excellence (NCCoE) has…
Uncrunching the Frequency Spectrum | NIST
The National Institute of Standards and Technology (NIST) is developing new quantum-accurate standards for high-frequency wireless…