Mirror setup 'squeezes' light, reducing quantum noiseJAKE SALTZMAN, NEWS EDITOR [email protected]CAMBRIDGE, Mass., July 30, 2020 — A team of MIT physicists, working with researchers from Louisiana State University (LSU) and Crystalline Mirror Solutions (CMS, now part of Thorlabs Inc.) has designed a quantum “light squeezer” capable of limiting quantum noise in laser beams. The system retains the full range of quantum mechanical properties at room temperature. Researchers demonstrated the ability to apply the system in a comparatively compact configuration, meaning they may be able to add the system to high-precision experiments that improve laser measurements in settings where quantum noise may otherwise be a...Read full articleRelated content from Photonics MediaArticlesCompact Single-Photon Lidar Provides High Resolution for Air and SpaceDespite advancements in airborne, single-photon lidar, existing systems have relatively large payloads and high energy consumption. 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