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This collaboration successfully translates bulky optical stabilization systems into chip-scale silicon nitride wafers, enabling volume manufacturing for neutral-atom quantum processors. By integrating narrow-linewidth lasers directly onto standard semiconductor foundry processes, the prototype paves the way for field-deployable quantum sensors and compact atomic clocks. This advancement addresses a critical hardware bottleneck, moving quantum technology from laboratory benches toward practical, portable applications.

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Infleqtion, Honeywell Aerospace, and UC Santa Barbara Develop Chip-Scale Silicon Nitride Optical Cavity for Handheld Quantum Hardware

Quantum Computing ReportOctober 6, 20262 min read

Infleqtion, in partnership with Honeywell Aerospace and UC Santa Barbara, has developed a chip-scale silicon nitride optical cavity. This prototype aims to miniaturize lasers and optical stabilization systems for quantum hardware. This innovation enables volume manufacturing and paves the way for field-deployable quantum systems like atomic timing devices and compact quantum computers. The post Infleqtion, Honeywell Aerospace, and UC Santa Barbara Develop Chip-Scale Silicon Nitride Optical Cavity for Handheld Quantum Hardware appeared first on Quantum Computing Report.

Neutral-atom quantum hardware and sensing developer Infleqtion (NYSE: INFQ), in collaboration with Honeywell Aerospace and UC Santa Barbara (UCSB), has unveiled a chip-scale integrated…

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