A Telescope the Size of Earth | NIST
This article explains how atomic clocks were essential in capturing the first image of a black hole in 2019. The image was made possible by a…
CTL Roadmapping | NIST
The National Institute of Standards and Technology (NIST) Communications Technology Laboratory (CTL) is developing strategic roadmaps to guide…
Single Photonics and Quantum Information | NIST
This article discusses NIST’s work on developing single photon technologies for quantum information science. The focus is on creating…
Hybrid Ferromagnetic-Superconductor Memory | NIST
This article discusses research by NIST’s Spin Electronics Group on hybrid memory devices that combine ferromagnetic and superconducting…
Photonic Quantum State Imaging Metrology | NIST
NIST is working on a new method called **photonic quantum state imaging metrology** to study the quantum behavior of single molecules and…
International Year of Quantum Science and Technology | NIST
The International Year of Quantum Science and Technology in 2025 celebrates 100 years of quantum mechanics, highlighting its profound impact…
Pico-Watt ACR | NIST
The Pico-Watt ACR (pW-ACR) project, led by NIST, aims to create a highly sensitive absolute cryogenic radiometer capable of calibrating…
Neuromorphic systems | NIST
This article discusses NIST’s work on neuromorphic systems, which are designed to mimic the brain’s structure and function. These…
Clocks Galore | NIST
This article explores different types of atomic clocks and their uses, focusing on rubidium, hydrogen maser, and emerging nuclear clocks.…