Schmidt Science Fellows

@schmidtfellows.bsky.social

Our vision is a world where interdisciplinary science flourishes without limit, driving innovation and accelerating discoveries to benefit the world. schmidtsciencefellows.org

During his Fellowship, 2024 Schmidt Science Fellow Wonjun Yim developed a bladder cancer diagnostic device 182x more sensitive than current urine biomarker tests. Read about Wonjun’s interdisciplinary research, his Fellowship journey, and what comes next: schmidtsciencefellows.org/news/a-tiny-...

A Tiny Sensor With Big Potential in Cancer • Schmidt Science Fellows

A tiny nanosensor has big potential for detecting cancer earlier

schmidtsciencefellows.org

Our 2025 Schmidt Science Fellows gathered in North Carolina's Research Triangle for the final convening of their Science Leadership Program, hosted with generous support from Duke University, UNC and NCState. Thank you to our hosts, faculty, speakers, and facilitators for an inspiring week.

Next week, the second part of our Science Leadership Program, co-hosted by @ucberkeleyofficial.bsky.social and @stanforduniversity.bsky.social brings our 2025 Schmidt Science Fellows back together. Discover our 2025 Fellow Lucia Brunel and her interdisciplinary journey: bit.ly/3OnGXBs

Creating Living Mini Robots to Strike Tumors • Schmidt Science Fellows

Could magnetic bacteria be used to deliver cancer therapies to where they’re most needed in the body?

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Pangolins are the world’s most trafficked wild animal. New research shows local demand for wildlife as food is a key driver of their decline. Meet 2024 Schmidt Science Fellow, Charles Emogor, using GPS+AI to work with communities and reshape conservation. bit.ly/3LTH1Iw

Using AI to Transform Wildlife Conservation • Schmidt Science Fellows

Recent research demonstrates the trade in pangolin scales is not necessarily the main driver of their decline.

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Shriya Srinivasan, @harvard.edu bioengineer and Schmidt Science Fellow, is reinventing human–machine interfaces to create technologies that listen to, move with, and respond to the human body. Her story highlights our mission to transform how discovery happens. bit.ly/3XvKUpj

Merging Body and Machine to Improve Lives • Schmidt Science Fellows

Harvard bioengineer Shriya Srinivasan works at the intersection of engineering, neuroscience, and medicine to create technologies that move with, listen to, and respond to the human body. As a Schmidt...

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