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The physics of the quantum Hall effect (QHE), discovered in 1980, formed the basis of the initial concepts in quantum topological matter. The QHE also forms the
The concept of topological invariants in topological quantum materials represent a new way to classify materials. The emergent field of topological quantum
The interest in using graphene as an electronic material arises in large part from the high speed with which electrons move through the material — approximately
NIST has released NIST BGP RPKI IO (BRIO) - an open-source test tool and data sets to facilitate testing and experimentation with emerging Border Gateway
A significant update was undertaken to modernize STRBase and make it more user-friendly. This project aimed to ensure that the website remains a relevant and
Using detailed simulations, researchers at the National Institute of Standards and Technology (NIST) and their collaborators have demonstrated that a class of
The National Institute of Standards and Technology (NIST) is establishing the Isotope Metallomics Quality Assurance Program (IMQAP) Consortium. This initiative
NIST is working to strengthen its expertise in activity measurements with additional measurement techniques. As many of its calibration and reference material
Nearly every measurement or calculation in nuclear science relies on nuclear data to obtain a final result. Decay corrections for radioactivity measurements
Scientists at the National Institute of Standards and Technology (NIST) have taken a crucial step forward in building a large-scale quantum communications
The National Institute of Standards and Technology Communications Technology Laboratory (NIST CTL) Industrial Wireless Systems (IWS) Team is advancing the next
Much of metrology relies on or would benefit from precision counting. Time and frequency standards, length, and electrical standards all rely on counting
Messenger RNA ( mRNA)-based therapies require a careful assessment of Critical Quality Attributes (CQAs) using various analytical techniques, to ensure