Diamond-Based High-Stability Optical Devices for Precision Frequency and Time Generation

Diamond-Based High-Stability Optical Devices for Precision Frequency and Time Generation

Chip technology for fabricating ultra-low-noise, high-stability optical devices for use in an optical atomic clock system. The proposed chip technology uses diamond material to form stabilized lasers, frequency references, and passive laser cavity structures. By utilizing the exceptional thermal con...

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Hauptverfasser: Lowell, John R, Mefford, David K, Williams, John Dalton, Nikolov, Anguel
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Sprache:eng
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BASIC ELECTRIC ELEMENTS
DEVICES USING STIMULATED EMISSION
ELECTRICITY
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creator Lowell, John R
Mefford, David K
Williams, John Dalton
Nikolov, Anguel
description Chip technology for fabricating ultra-low-noise, high-stability optical devices for use in an optical atomic clock system. The proposed chip technology uses diamond material to form stabilized lasers, frequency references, and passive laser cavity structures. By utilizing the exceptional thermal conductivity of diamond and other optical and dielectric properties, a specific temperature range of operation is proposed that allows significant reduction of the total energy required to generate and maintain an ultra-stable laser. In each configuration, the diamond-based chip is cooled by a cryogenic cooler containing liquid nitrogen.
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DEVICES USING STIMULATED EMISSION
ELECTRICITY
title Diamond-Based High-Stability Optical Devices for Precision Frequency and Time Generation
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