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…
A Bubbly New Way to Detect the Magnetic Fields of Nanometer-Scale Particles | NIST
Researchers at NIST have developed a new method to measure the magnetic properties of nanoparticles using magnetic bubbles. The technique…
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…
NIST Quantum Probe Enhances Electric Field Measurements | NIST
Researchers at NIST and the University of Michigan have developed a new quantum-based electric field measurement technique that could…
Two New Honors for NIST Physicists | NIST
Two NIST Physicists Honored for Quantum Research Achievements Two prominent physicists affiliated with the National Institute of Standards and…
NIST Physicist David Wineland to Share 2010 Benjamin Franklin Medal in Physics | NIST
NIST physicist David Wineland will share the 2010 Benjamin Franklin Medal in Physics for his groundbreaking work on quantum computing.…
Researchers Introduce New Method for Imaging Defects in Magnetic Nanodevices | NIST
Researchers from NIST, KTH Stockholm, and the University of Maryland have developed a new microscopy technique called ferromagnetic resonance…
Measuring Optical Power with Single-Photon Detectors | NIST
NIST researchers have developed a new method for measuring optical power across a wide range of light levels using single-photon detectors.…