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Quantum Sensors

Quantum Sensors

Quantum Sensors leverage the pristine stability of the internal structure of an alkali atom (such as Rubidium) to make measurements of local fields (electric, magnetic), forces (acceleration, rotation), and time (atomic clock).

We are developing atom-based quantum sensors in both room-temperature and ultra-cold (via a magneto-optic trap, or MOT) configurations for magnetometry and inertial sensing

Applications

We are developing atom-based quantum sensors in both room-temperature and ultra-cold (via a magneto-optic trap, or MOT) configurations for magnetometry and inertial sensing:

 

  • Inertial Sensing: single- and multi-axis accelerometers
  • Magnetometers
  • Heading error and deadzone free
  • Radio-Frequency
  • Optically pumped

Ultracold Cloud of Rb Atoms

Raman sensor testing

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Next generation chemical surface detector testing

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Biomedical optics group evaluating a new sensor

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Optical device evaluation

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Optical

Optical Devices Emerging Technologies

PPLN

PPLN

Periodically-Poled Lithium Niobate

OP-GaAs

OP-GaAs

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PICs

PICs

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Meta Materials

Meta Materials

Flat optical design and fabrication

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