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Meet Intel Hala Point, a brain-inspired neuromorphic system that solves for AI compute limitations

Discover Intel Hala Point, the world's largest neuromorphic system to date, delivering unparalleled AI advancements and computational efficiency.

Elisa barsottiSandia national laboratoriesScientist at sandia national laboratoriesHala pointHala pointIntel visionIntel gaudiIntel hala pointSandia nationalChief scientist

Scientists are using quantum squeezing to push the limits of their sensors

Physicists are engineering where uncertainty shows up in quantum systems, which has applications for detecting gravitational waves, and potentially more mainstream uses, including quantum computers, navigation, and microscopy.

United statesElisa barsottiJohn robinsonMark kasevichUniversity of colorado boulderMassachusetts institute of technologyStanford universityMassachusetts instituteColorado boulder

Squeezing the Universe: LIGO Breaks the Quantum Limit

Researchers using LIGO achieved a landmark in quantum squeezing. In 2015, the Laser Interferometer Gravitational-Wave Observatory, or LIGO, made history when it made the first direct detection of gravitational waves, or ripples in space and time, produced by a pair of colliding black holes. Since t

United statesMike zuckerLee mccullerGarilynn billingsleyVladimir braginskyDhruva ganapathySethuraman panchanathanMasayuki nakanoWilliaml valentineDavid mcclellandMatt evansRana adhikariSheila dwyerFisica nucleareDaniel siggWenxuan jia

Clip Science News How quantum squeezing will help LIGO detect more gravitational waves (Oct 26) | MIT News

Clip Science News How quantum squeezing will help LIGO detect more gravitational waves (Oct 26) | MIT News
mit.edu - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from mit.edu Daily Mail and Mail on Sunday newspapers.

James riordonElisa barsotti

Physics - Quieting Noise in Gravitational-Wave Detectors

The LIGO Scientific Collaboration has demonstrated a noise-squeezing technique for the entire range of gravitational frequencies LIGO can detect a feat that could boost the detection rate of black hole mergers by up to 65%.

District of columbiaUnited statesElisa barsottiHaixing miaoMatteo riniLee mccullerBruce allenMassachusetts institute of technologyResearch newsTsinghua universityCalifornia institute of technologyMax planck institute for gravitational physicsCalifornia instituteSqueezing moreGravitational wave detectorsMassachusetts institute

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