Yang Tan Collective

@yangtancollective.bsky.social

The Yang Tan Collective accelerates collaboration in basic science, research, and engineering to realize translative strategies and technologies that achieve a healthy mind in a healthy body and improve human wellbeing at a global scale. yangtan.mit.edu

Congrats, Dr. Francesca Riccio-Ackerman!🎓 We're so proud of Francesca for completing her doctoral work in the K. Lisa Yang Center for Bionics at MIT where she focused on strengthening Sierra Leone’s prosthetics and orthotics sector and expanding access to high-quality care...⬇️

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The Yang Tan Collective is excited to welcome and collaborate with the newly announced K. Lisa Yang Centre for Autism Research at Cambridge, which was established to support autism research aimed at improving the health and well-being of autistic people and their families!

University of Cambridge@cam.ac.uk · last mo.

We're please to announce a $34.5 million donation from philanthropist Lisa Yang for research to improve the health and wellbeing of autistic people and their families. We'll join 8 other centres at @harvard.edu and @mit.edu as part of the Yang Tan Collective. Find out more: https://bit.ly/4aDYoGx

A person and a child are at a table with colorful toys. The text above them reads, "Cambridge receives $34.5 million donation for research to help improve the wellbeing of autistic people and their families."

Evelina Fedorenko and her team, including Aaron Wright, a Yang Post-Bacc scholar, have analyzed fMRI data from 700+ people and discovered that language processing may occur in 17 additional regions of the brain, not just in the left hemisphere of the brain 🧠💬 ⬇️

The brain’s language network is more extensive than previously thought

Using functional magnetic resonance imaging (fMRI) data from more than 700 people, MIT researchers identified 17 brain regions outside of the canonical language-processing centers that are also involv...

news.mit.edu

In a new Frontiers for Young Minds article, Y. Eva Tan Professor Ed Boyden explains optogenetics 🔆🧠 This article was edited with young reviewers, Elizabeth (age 13) and Klara (age 13), who provided feedback to ensure their peers and young audiences could understand the article. ⬇️

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(1/2) More than 150 scientists attended the 2026 Yang ICoN Center Symposium hosted by Ila Fiete on May 21. Eight leading faculty shared insights on how neural structure and function emerge during development, spanning both experimental and theoretical perspectives.

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The zona incerta has a lot of unknowns, but Guoping Feng and his team, including Ryan Kast (a former J. Douglas Tan Postdoctoral Fellow), have been researching how “different types of neurons within the zona incerta contribute to the region’s many functions.”

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Breakthrough work from Harvard Medical School scientists funded by the Yang Tan Collective: the first-ever “smell map” reveals how the nose organizes 1,000 odor receptors in precise patterns and rewrites how we understand scent perception.

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Happy #DNADay26! Today, we celebrate the discovery of DNA’s double helix & over 70 years later, we now know that more than 20,000 diseases have roots in our genes...but what will we do about it? The discovery of the double helix gave us the blueprint. Now we're writing the cure.

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From math → mind. Collective alum Alex Negrón (K. Lisa Yang Postbac Scholar ’23–’25) turned a SURFiN fellowship into a neuroscience path—modeling brain circuits, exploring AI + neural networks at MIT, and now pursuing a PhD at Princeton. Read here⬇️

How SURFiN Fellowships Jump-Started These 3 Neuroscience Students’ STEM Careers

The Simons Foundation revisits several previous members of its Shenoy Undergraduate Research Fellowships in Neuroscience (SURFiN).

simonsfoundation.org

Submit your poster abstracts for a chance to present during the 2026 Yang ICoN Center Symposium poster session! Interested? Indicate your interest when registering for the event and follow the instructions. Deadline to submit interest is May 1 (Friday).

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A new paper by Hugh Herr, Guillermo Herrera-Arcos, & Hyungeun Song recently published in Nature Communications has introduced a “living” implant by repurposing existing muscle in the body; they are hopeful that their new developing technology can help those affected by organ dysfunctions. Read ⬇️

Turning muscles into motors gives static organs new life

A new biohybrid system reprograms living muscles into fatigue-resistant, computer-controlled motors that can be implanted inside the body to restore movement in organs. Development of the myoneural ac...

news.mit.edu