ORANGE CRYOSTATS | NIST
The article describes the Orange Cryostats (OCs) used at the National Center for Neutron Research (NCNR), which are based on a design…
Spectroscopic Properties of Sr Dimer – References | NIST
This article discusses the spectroscopic properties of strontium dimer (Sr2) molecules and their potential applications in precision…
Interferometry: INFER – Neutron Interferometric Microscopy of Small Forces and Hierarchical Structures | NIST
NIST’s INFER project aims to develop far field neutron interferometers for multi-scale imaging and precision measurements of fundamental…
History of NIST Quantum Voltage Standards | NIST
The article discusses the history and development of NIST’s quantum voltage standards based on superconductivity. Superconductivity,…
Scanning Tunneling Microscope | NIST
The scanning tunneling microscope (STM) is a powerful tool for studying metal surfaces at the atomic level. Invented in the 1980s, it works by…
X-ray Polarization | NIST
This article discusses the use of the Electron Beam Ion Trap (EBIT) at NIST for studying highly charged ions and their interactions. The EBIT…
A Brief History of Atomic Clocks at NIST | NIST
The development of atomic clocks at NIST (now NIST) began in 1945 with the suggestion to use atomic beam magnetic resonance. In 1949, NIST…
Thermodynamics | NIST
NIST scientists are developing groundbreaking quantum-based technologies to revolutionize the measurement of temperature, pressure, and vacuum…
Frequency-comb-based Spectroscopy (Dual-Comb Spectroscopy) | NIST
Dual-comb spectroscopy (DCS) is an advanced technique for precise molecular analysis using frequency combs. NIST researchers have developed…