Chip-Scale Atomic Beam System | NIST
NIST has developed a new chip-scale atomic beam system designed to serve as a high-precision atomic standard. This invention replaces bulky…
A Walk Through Time – The “Atomic Age” of Time Standards | NIST
The article outlines the development of atomic clock standards, which use the consistent natural vibrations of atoms like cesium to measure…
Ampere: The Quantum Metrology Triangle | NIST
Researchers at NIST are advancing the **Quantum Metrology Triangle**, a standard that connects electric current, voltage, and resistance using…
Single Photon Workshop 2017, Agenda | NIST
This workshop focused on establishing measurement standards for single photons, which are essential for the reliability of quantum…
Single Photon Workshop 2017, Invited Speakers | NIST
In 2017, the National Institute of Standards and Technology (NIST) hosted a workshop to develop standards for single-photon technology.…
Kelvin: Future Realization | NIST
The Consultative Committee for Thermometry and NIST have redefined the kelvin, the standard unit for temperature, to rely on fundamental…
The SI Redefinition: Background Information | NIST
In November 2018, the General Conference on Weights and Measures officially voted to redefine the kilogram, replacing the physical metal…
September 2004 VCAT Letter Report to NIST Director | NIST
The provided 2004 document briefly mentions NIST’s experimental work on quantum computers that use trapped ions, but it does not discuss any…
JILA Expansion | NIST
The provided article does not discuss quantum computing standards or protocols. Instead, it outlines a proposed expansion of JILA, a joint…