Awards

Jun Ye's research topic is Quantum System Scaling and Advantage for Fundamental and Applied Science.

Ron is an expert in absorbed dose metrology based on water calorimetry, critical for the direct realization of the SI unit of dose, the gray (Gy), to which all clinical absorbed dose measurements for radiation beam therapy are traceable.

Recognized for the design and implementation of a successful freshwater conservation project. By using largely existing NIST infrastructure, existing capacity in a closed loop of recycled cooling water, and minimal new hardware costs, this project is...

For the past few decades, charge-coupled devices (CCDs) have been a dominant technology in optical to near-infrared (NIR) astronomy, but more recently, instruments incorporating superconducting detector technologies, particularly microwave kinetic...

This work will aim to improve the performance of TES detectors, a mature and widely used detector technology which utilizes a voltage-biased superconductor to sense the deposited power from photons incident on a thermally isolated island.

NIST's video "Einstein, Time and Very Small Things - with Jun Ye" received a Communicators Award of Excellence in two categories: Use of Animation for Online Video and Science for Online Video. Individuals recognized by the AIVA for this video were...

Dr. John D. Teufel is a world leader in the field of quantum optomechanics.

Dr. Bala Muralikrishnan is recognized for his seminal research in precision dimensional metrology, which is accelerating the adoption of next-generation coordinate scanning technologies for applications in advanced manufacturing, forensics science...

In recognition for pioneering, fundamental contributions to the understanding, design, and control of large, interacting quantum systems, with applications including quantum computers, quantum sensors, and quantum networks.

In recognition for seminal contributions to the advancement of vibrational spectroscopy and mentoring an entire generation of scientists to build a strong, diverse, and vibrant scientific community.

For selfless and sustained leadership in the frequency control community.

For the Invention and Development of the Chip-Scale Atomic Clock and Chip-Scale Atomic Magnetometer.

For leadership in the revision of two important IEEE standards in Frequency and Time Metrology.

For pioneering contributions to phase stabilized mode-locked lasers and optical combs, fundamental tests of physics with precision optical spectroscopy, and the development and comparisons of optical atomic clocks with unprecedented precision.

For pioneering advancements to the measurement science of Raman spectroscopy.

For outstanding scientific leadership in the development of a state-of-the-art optical lattice clock to achieve one of the lowest atomic clock systematic uncertainties ever recorded.

The IEEE Standards Association is an organization focused on advancing global technologies through the Institute of Electrical and Electronics Engineers. Learn more about the IEEE Standards Association at https://standards.ieee.org/

For his contribution to the AVS, NSTD, and the field of nanotechnology.

NIST air-LUSI team members together with team members from the University of Guelph, McMaster University, University of Maryland Baltimore County, U.S. Geological Survey, and NASA were recognized for the development and demonstration of the air-LUSI...

For outstanding support of the Time and Frequency Division through the development of analog and digital metrology tools.

In recognition of technical innovation, mentoring, and exceptional leadership in pursuit of space-based fundamental measurements of the earth and sun.