Quantum
For more than two decades, SRI has been developing precision quantum sensors to enable next-generation sensing and communications systems, from chip-scale clocks to cold-atom–based sensor systems, including developing the sophisticated integration technology required to move these sensors out of the lab.
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Nicole Heidel: Charting the future of photonic chips and quantum hardware
As the director of SRI’s Applied Sciences Laboratory, Heidel leads a team that turns deep science into real-world solutions.
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A banner year for quantum
SRI-managed QED-C’s annual report on quantum trends captures an industry accelerating rapidly from technical promise toward major global impact.
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Why quantum assurance matters
New SRI research seeks to secure the future of quantum innovation by extending software assurance capabilities from classical computers to quantum information systems.
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Cale Gentry: Steering light, tracking lasers, and going quantum
Gentry explores how SRI research is pushing the envelope of photonics, optics, and quantum technologies.
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QED-C delivers a multi-year quantum supply chain project
The SRI-managed Quantum Economic Development Consortium contributes new approaches to control and readout systems, which will accelerate quantum manufacturing.
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QED-C executive director named to the Quantum 100
Celia Merzbacher, executive director of the SRI-managed Quantum Economic Development Consortium, has been recognized for her role in strengthening the global quantum ecosystem.
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Quantum on Capitol Hill
The SRI-managed Quantum Economic Development Consortium convened quantum innovators and members of Congress to explore the future of quantum technology.
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New data on the growing quantum industry
According to a recent report from the SRI-managed Quantum Economic Development Consortium, the quantum industry continues to grow, with 2024 quantum computing and sensing revenue approaching $1.5B.
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SRI selected as DARPA’s Regional Commercial Accelerator
DARPA looks to harness SRI’s expertise to speed up tech transition — out of the lab into the real world — and scale DARPA-funded technologies for U.S. national and economic security outcomes.
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Wafer-thin optical arrays could revolutionize satellite-to-satellite communication
SRI’s light emitter arrays aim to democratize optical communication among “constellations” of small satellites.
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Jonathan Felbinger: Helping prepare the world for a quantum future
Quantum could transform how we communicate, compute, and develop in innumerable fields.
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Sterling McBride: Three decades of quantum innovation
McBride’s path to creating best-in-class quantum sensors started over 30 years ago at SRI, in microfluidics.