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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Researchers aim to disrupt how new materials are leveraged in the design process
SRI chosen by DARPA to develop next-generation computational design of metallic parts and intelligent testing of alloys.
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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.
“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…