New Ion Trap May Lead to Large Quantum Computers | NIST
1. NIST physicists have developed a new ion trap design that could enable mass production of quantum computers. The single-layer trap uses…
Better ‘Photon Loops’ May Be Key to Computer and Physics Advances | NIST
Researchers at NIST and Harvard University have developed a new method to control photons more accurately in microchips, which could lead to…
Atomic Clock In Space to Reach New Heights Of Accuracy | NIST
Researchers at the National Institute of Standards and Technology (NIST) are developing a highly accurate atomic clock for use on the…
Quantum Simulators Wield Control Over More Than 50 Qubits | NIST
Title: Quantum Simulators with Over 50 Qubits Achieved by NIST and Harvard/MIT Teams Two independent research teams have developed quantum…
NIST’s Second ‘Quantum Logic Clock’ is Now World’s Most Precise Clock | NIST
NIST has developed a second-generation “quantum logic clock” using a single aluminum atom, making it the world’s most…
NIST Featured in Media’s Top Science Stories of 2015 | NIST
The National Institute of Standards and Technology (NIST) was featured in several media outlets’ top science stories of 2015.…
Beyond Six Nines: Ultra-enriched Silicon Paves the Road to Quantum Computing | NIST
NIST researchers have developed the most highly enriched silicon-28 (28Si) material, surpassing their own goals of reaching “six…
NIST, UC Davis Scientists Float New Approach to Creating Computer Memory | NIST
Scientists from NIST and UC Davis have developed a new method to create magnetic skyrmions at room temperature, a breakthrough that could lead…
NIST Physicists ‘Entangle’ Microscopic Drum’s Beat with Electrical Signals | NIST
NIST physicists have successfully entangled a microscopic mechanical drum with electrical signals, demonstrating quantum behavior in the…