X Marks the Spot: Ions Coldly Go Through NIST Trap Junction | NIST
NIST physicists have developed a new ion trap that allows ions to pass through an intersection while maintaining their cool quantum…
Spin Polarized Supercurrents Optimized with a Simple Flip | NIST
Researchers from Michigan State University, NIST, and the NIST Center for Nanoscale Science and Technology have discovered a new way to…
NIST Researchers Receive Early Career Presidential Awards | NIST
NIST researchers Kathryn Beers and Joshua Bienfang have been awarded the prestigious Presidential Early Career Awards for Scientists and…
NIST Physicists Create Record-Setting Quantum Motion | NIST
NIST physicists have developed a new method for creating precise amounts of quantum motion in an ion, up to 100 quanta of energy, more than…
New Center for Advanced Science, Innovation and Commerce Comes Online at Auburn | NIST
The National Institute of Standards and Technology (NIST) has dedicated a new $28.8 million research facility at Auburn University in Alabama.…
Two NIST Researchers Earn Presidential Honors | NIST
Two NIST researchers, James Vincent Porto III and Christopher Lloyd Soles, have been awarded the prestigious 2005 Presidential Early Career…
Realizing the Potential of Quantum Information Science and Advancing High-Performance Computing | NIST
The White House released a new report on quantum information science challenges and opportunities, outlining a path forward for…
NIST Atomic Clocks Now Keep Time Well Enough to Improve Models of Earth | NIST
NIST physicists have achieved new performance records with their experimental atomic clocks, which now tick with enough precision to improve…
NIST Researchers Boost Microwave Signal Stability a Hundredfold | NIST
NIST researchers have developed a new method to boost the stability of microwave signals by a factor of 100, using advanced atomic clocks,…