Awards

For exceptional scientific creativity and achievement in designing and implementing state-of-the-art trapped-ion optical clocks with the lowest systematic uncertainty.

Dr Ye and his team are world leaders in time keeping and communicating with atoms through light.

He is the inventor of the pulsed laser deposition process and is a pioneer in its application to thin films of complex oxides and related multi component materials, which has transformed research on films/ heterostructures globally.

For going above and beyond in helping to advance U.S. Metric Association’s (USMA) goal of "completing the US conversion to the International System of Units."

Kathryn Keenan has been named a 2021 Scialog Advanced Bioimaging Fellow. Scialog Fellows collaborate in high-risk discovery research and communicate their findings at annual closed conferences. The Advanced Bioimaging Fellows have wide-ranging...

Mr. Lombardi was recognized for system development and leadership in the successful delivery of the U.S. time and frequency standards signals to a variety of domestic and international Precise Time and Time Interval Systems and Applications (PTTI)...

For the development of versatile and scalable readout firmware that will enable new microcalorimeter instruments with larger arrays of faster sensors.

For enabling rapid and accurate x-ray analysis of materials and higher nuclear security through sensor breakthroughs and world's best reference data.

For experimental and theoretical work that led to improved understanding of superconducting x-ray sensors and new capabilities in x-ray spectroscopy.

For the first demonstration of quantum gate teleportation with trapped ions, showcasing a crucial step toward large-scale quantum computation.

For experimental and theoretical work that led to improved understanding of superconducting x-ray sensors and new capabilities in x-ray spectroscopy.

For developing novel, best-in-class electronic biosensors being used to test and quantify therapeutics developed at NIH for Alzheimer's disease.

For the development of versatile and scalable readout firmware that will enable new microcalorimeter instruments with larger arrays of faster sensors.

For the development of versatile and scalable readout firmware that will enable new microcalorimeter instruments with larger arrays of faster sensors.

For developing an SI-traceable self-calibrating system for radioactivity measurement services which reduces the need to handle radioactive sources.

For experimental and theoretical work that led to improved understanding of superconducting x-ray sensors and new capabilities in x-ray spectroscopy.

For the development of versatile and scalable readout firmware that will enable new microcalorimeter instruments with larger arrays of faster sensors.

For the first demonstration of quantum gate teleportation with trapped ions, showcasing a crucial step toward large-scale quantum computation.

The Quantitative Nanostructure Characterization group's recent paper titled "Microscopic origin of inhomogeneous transport in four-terminal tellurene devices" has been featured in a collection of Applied Physics Letters (APL) on two-dimensional (2D)...

For establishing spherical acoustic resonators as the foundation of the kelvin in the International System of Units.