Nanomagnet Dynamics | NIST
NIST Researchers Develop Advanced Nanomagnet Measurement Techniques The National Institute of Standards and Technology (NIST) is advancing the…
Highly Sensitive Microwave Interferometric Detection of Ensembles of Electron Spins | NIST
Researchers at NIST have developed a highly sensitive microwave interferometric detection method to measure populations of electron spins in…
Fundamental Physics: Neutron Lifetime Measurement Using a Cold Neutron Beam | NIST
Title: NIST Conducts Neutron Lifetime Measurement Using Cold Neutron Beam 1. Summary: The National Institute of Standards and Technology…
Diamond NV Center Magnetometry | NIST
The article discusses the development of a facility for measuring magnetic nanodevices using nitrogen-vacancy (NV) centers in diamond. NV…
What, Then, Is Time? | NIST
This article, written by a scientist from NIST, reflects on the nature of time and its measurement. The author recalls how his early interest…
Cybersecurity takes center stage at NIST’s third annual DC CyberWeek event | NIST
At NIST’s third annual DC CyberWeek event, over 120 attendees gathered to discuss the future of cybersecurity, with a focus on innovation and…
Post-Quantum Cryptography: A Q&A With NIST’s Matt Scholl | NIST
This article discusses the development of **post-quantum cryptography** standards by the **National Institute of Standards and Technology…
More Power to You, Wonder Woman! | NIST
This article is written in the voice of Ms. Ampere, a fictional character representing the SI unit of electric current, as part of the…
Keeping Time at NIST | NIST
NIST has been a key player in the development of atomic clocks, which are crucial for defining and maintaining precise time standards. The…