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Projects/Programs

Displaying 1 - 24 of 24
chip scale atomic beam clock

Compact Cold Atom Instruments

Ongoing
Our research focuses on the development of novel sensing platforms using cold atomic gases and atomic beams. Laboratory-scale cold atom apparatuses provide some
Cryogenic Photonic Interconnects illustration

Cryogenic Photonic Interconnects

Ongoing
We develop electro-optical systems for photonic generation and delivery of micro- and millimeter-wave signals to superconducting circuit platforms.
CombSpec1

Frequency Comb Spectroscopy

Ongoing
We use frequency combs based on ultrafast mode-locked lasers to perform precision spectroscopy in the near- and mid-infrared domains, for rapid, high
Performance Evaluation of Indoor Localization Technologies

Indoor Localization and Tracking

Completed
This web page is simply a pointer to another page that covers the extensive research program in indoor localization and tracking at NIST.
Fiber magnetometer

Microfabricated Atomic Sensors

Ongoing
We combine novel concepts of atomic physics and advanced technology of microfabrication processes to develop miniaturized atomic devices which leverage atoms’
Microcombs2

Microresonator Device Research

Ongoing
With micro-resonators (fabricated in house or by collaborators) we are developing microcombs, integrated reference cavities and low-noise laser sources. The
atom chamber

Portable Optical Lattice Clock

Ongoing
Exploiting their very high precision, atomic clocks today are used extensively in demanding timekeeping applications.

Precision Measurement Grants Program

Ongoing
Since 1970, the National Institute of Standards and Technology (NIST) has awarded Precision Measurement Grants for significant research in the field of
Computer-generated image showing a cross-shaped gold metal cutout on a red mount in between two metal posts, with an inset magnifying the cutout to show blue and yellow balls at the center.

Trapped Ion Optical Clocks

Ongoing
The pursuit of fundamental limits in frequency metrology has historically motivated the development of groundbreaking techniques such as laser cooling and spin