Research
Where the future unfolds
When you’ve led research and innovation for close to 80 years, it’s no longer work; it’s part of who you are.
At SRI, we’re part problem solver, part tech maverick. We’re always diving deeper and collaborating further to pioneer world-changing solutions for a safer, healthier, and more sustainable future.
Innovating in
Research, always applied
See how everyday exploration delivers in the real world.
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Podcast: How students can help drive educational innovation
SRI’s Ela Joshi discusses how product developers, researchers, districts, and schools can leverage student voice.
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SRI researchers develop rugged, low-cost, drifting sensors to learn more about the oceans
PEARL drifters pack an array of sensors into a compact autonomous device to gather data and signs of activity.
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An SRI collaboration aims to improve online education for college students
The Postsecondary Teaching with Technology Collaborative aims to strengthen teaching and learning, improve student outcomes, and reduce societal gaps.
“Achievements like the first malaria medicine and key cancer-fighting drugs continue to power our passion to lead world-renowned research programs in sleep, addiction, menopause, treatment delivery, and other pressing concerns in our world today.”
Kathlynn BrownPresident, SRI Biosciences
How we work
SRI’s divisions and researchers work cross-functionally because we know that groundbreaking research and transformative solutions come to light when people come together to look at problems from new angles and perspectives.
Publications
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YouTube’s ABCs and 123s: Describing the quality of early literacy and math videos on YouTube
This paper describes the quality of educational videos for young children on YouTube.
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CyanoCyc Cyanobacterial Web Portal
CyanoCyc is a web portal that integrates an exceptionally rich database collection of information about cyanobacterial genomes with an extensive suite of bioinformatics tools.
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Stable, narrow-linewidth laser system with a broad frequency tunability and a fast switching time
Through Rydberg atom-based sensing experiments, we demonstrate frequency hopping between two Rydberg states and a fast switching time of 400 μs, which we show can be reduced to ∼50 μs with a…