
Description:
Conducts research and plans development and design of gas and solid-state lasers, masers, infrared, and other light emitting and light sensitive devices. Designs electronic circuitry and optical components with specific characteristics to fit within specified mechanical limits and to perform according to specifications. May conduct application analysis to determine commercial, industrial, scientific, medical, military, or other use for electro-optical devices.
Background Need:
The Group develops impactful quantum and classical technologies and system prototypes for use in a wide range of challenging applications in terrestrial, space and underwater environments. Primary areas of research include the development of novel entangled-photon source technologies and quantum memory systems; novel quantum link architectures; sensitive single-photon receivers; novel modulation and coding approaches; multi-format laser-comm modems; robust and compact free-space optical beam directors; and precision beam pointing, link acquisition and tracking systems. The group is leveraging these technologies for use in prototype systems that are deployed in the field to inform next-generation quantum and classical optical system capabilities. Examples of near-term field tests include the O2O laser communications system supporting communications to the Artemis II mission, terabit-per-second direct-to-Earth small-satellite constellations, near-Earth wideband relay laser communication terminal hardware for space and ground terminal use, and next-generation beam-director prototypes that are inherently scalable to deep-space optical comm systems, and quantum state transfer across a regional quantum network testbed.
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