AI Science & Discovery

CERN Burns AI Into Silicon for LHC Data

Custom machine learning models process 40,000 exabytes of annual sensor data at nanosecond speeds.

By Kronos News Desk··1 min read
A high-tech silicon microchip with light patterns representing AI processing, set against a blurred background of the Large Hadron Collider tunnel.

A high-tech silicon microchip with light patterns representing AI processing, set against a blurred background of the Large Hadron Collider tunnel.

Photo: Kronos News

CERN scientists are deploying custom machine learning models directly into hardware to manage massive data streams [1]. The Large Hadron Collider (LHC) generates about 40,000 exabytes of unfiltered sensor data every year [1]. This new approach integrates AI into silicon to process information at nanosecond speeds [1]. The extremely fast models help reduce the volume of data by identifying significant events instantly [1]. By embedding AI into the hardware, researchers can filter out noise before it reaches storage [1]. This specialized silicon ensures the collider's vast output remains manageable for future scientific study [1].

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The risk level is set to high because the story relies on a single source domain (The Register), failing the requirement for three independent domains.

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Kronos News Desk covers ai science & discovery and editorial analysis for Kronos News.