SRI International
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A thousand qubits in bloom, now let’s scale
Standardization is the way to the first quantum computer.
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PARC Forum: Cyber resilience in space
How can we close the gaps between today’s capabilities and tomorrow’s needs for more secure space applications?
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SRI’s AI platform is rewriting rural healthcare
No hospital? No problem. SRI’s data fix could save rural medicine.
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Tokyu Land Corporation and SRI advance Japan’s “Global Startup Campus” initiative
Collaboration pairs SRI’s Silicon Valley venture-building expertise with TLC’s Shibuya real estate network to grow Japan’s deep tech startup ecosystem.
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The SRI Education Newsletter | Summer 2026
This newsletter includes new research, tools, events, and opportunities from SRI Education project teams to support continued growth and development throughout the summer.
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PARC Forum: Beyond LLMs — How AI is reshaping scientific discovery
Can AI help us identify scientific breakthroughs?
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A new science teaching assistant, powered by AI
SRI’s LOVE Science project integrates education expertise, LLMs, and video to make science relevant and effective for students.
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Evaluation of Instructional Coaching for Tech-Enhanced Approaches to Mathematics (iCoachTEAM)
SRI is studying the implementation and impact of iCoachTEAM on middle school math teachers’ use of technology to support understanding and conduct assessments.
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NIST taps SRI to establish the Quantum Manufacturing Engineering Center (QMEC)
The program aims to accelerate quantum technologies from the lab into the real world.
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SRI’s Self-Cooling Paint earns a spot in WEF’s global tech report
Passive radiative cooling among the world’s most consequential emerging technologies of 2026.
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SRI’s AI Center celebrates 60 years of AI impact
Created in 1966, SRI’s Artificial Intelligence Center was one of the world’s first research groups devoted to AI.
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Concepts for autonomous navigation of underground mine face haulage equipment using depth cameras
Abstract This paper describes the development of a software pipeline for autonomous navigation of underground mine haulage equipment. The approach uses depth-sensing cameras mounted on the haulage vehicle to capture visual and depth information. Semantic segmentation is used to identify various objects in the scene, e.g., roof, ribs, floor, people, and mining equipment, and the…