Future Directions for Magnetic Sensors | NIST
NIST is working to improve magnetic sensor technology, specifically focusing on Magnetic Tunnel Junction (MTJ) sensors. These sensors are…
2021 APS Fellow – David Leibrandt | NIST
Title: NIST’s David Leibrandt Named 2021 APS Fellow for Optical Clock Innovations Summary: NIST researcher David Leibrandt has been…
Fundamental Constants in Nature | NIST
The article discusses NIST’s involvement in improving the accuracy of fundamental physical constants, such as the fine-structure…
9CB | NIST
The 9CB temperature block, developed by Quantum Northwest, is a commercially available solution for temperature control in neutron scattering…
Copyrights | NIST
NIST provides web pages and software as public service, with some exceptions – NIST web pages and software are generally public domain…
Small-Scale Fading | NIST
NIST researchers have conducted high-precision measurements of small-scale fading in mmWave frequencies, finding that the fading is weaker…
ACMD Seminar: Highlights from the Advanced Computing World: Exascale Roll Outs and Quantum Computing Developments | NIST
Bob Sorensen, Senior Vice President and Chief Analyst for Quantum Computing at Hyperion Research, will present on the status of upcoming…
Optical Two-way Time-frequency Transfer | NIST
NIST researchers are developing a new optical time-frequency transfer technique called OTWTFT to synchronize distant optical clocks with…
Fiber Sources and Applications Background Information | NIST
NIST researchers have developed a new type of optical frequency comb using fiber lasers, which could revolutionize various fields including…