2023
DOI: 10.3389/fphy.2023.1176783
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Design and realization of a 3-K cryostat for a 10-cm ultrastable silicon cavity

Abstract: Crystalline optical cavities operating at cryogenic temperatures provide a promising route for realizing the next generation of ultrastable lasers with extremely low thermal noise floor. However, it remains challenging to realize a closed-cycle cryostat for cooling a relatively long cavity to very low temperatures. Here we report on the design and experimental realization of a cryostat operating continuously at 3.1 K for an ultrastable 10-cm silicon cavity. Based on a combination of active temperature control … Show more

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