4 distinct neural pathways interact with the brain’s striatum region in order to finely tune dopamine levels to motivate or inhibit action.
📚⬇️ Link to read it below
4 distinct neural pathways interact with the brain’s striatum region in order to finely tune dopamine levels to motivate or inhibit action.
📚⬇️ Link to read it below
🔗 Read the article about the study: yangtan.mit.edu/new-study-su...
🔗 Read the article about the study: yangtan.mit.edu/new-study-su...
5 times per second: the Yang GEAR Center’s solar-powered desalination platform senses and responds to changing sunlight as often as 300 times per minute, maximizing efficiency in real time.
⬇️ article linked below!
5 times per second: the Yang GEAR Center’s solar-powered desalination platform senses and responds to changing sunlight as often as 300 times per minute, maximizing efficiency in real time.
⬇️ article linked below!
6 distinct functions are integrated in a single hair-thin fiber developed by Polina Anikeeva’s group! Read what the functions are in the graphics ⬇️
6 distinct functions are integrated in a single hair-thin fiber developed by Polina Anikeeva’s group! Read what the functions are in the graphics ⬇️
7 tasks, from simple arithmetic to complex grid-transformation problems, required the same amount of thinking by both humans and a computational model to reach a solution!
⬇️ article below
7 tasks, from simple arithmetic to complex grid-transformation problems, required the same amount of thinking by both humans and a computational model to reach a solution!
⬇️ article below
Can you name all eight?
Can you name all eight?
9 tiny units of genetic code make up each part of the TIGR guide RNA. These TIGR systems, discovered by Feng Zhang’s lab, are biological tools that can be reprogrammed to target any DNA sequence of interest, expanding the genome-editing toolbox!
9 tiny units of genetic code make up each part of the TIGR guide RNA. These TIGR systems, discovered by Feng Zhang’s lab, are biological tools that can be reprogrammed to target any DNA sequence of interest, expanding the genome-editing toolbox!
That’s right! It’s 10 future clinicians who are advancing through the Yang Center for Bionics training program! 🥼🦿 The featured picture shows a few trainees receiving their white coats 👏
That’s right! It’s 10 future clinicians who are advancing through the Yang Center for Bionics training program! 🥼🦿 The featured picture shows a few trainees receiving their white coats 👏
11 ICoN Center Postdoctoral Fellows who are tomorrow’s leaders in computational neuroscience! 🧠Learn more about these iconic ICoN fellows at yangtan.mit.edu/icon/icon-center-researchers/
🎁 Any guesses for Gift #10?
11 ICoN Center Postdoctoral Fellows who are tomorrow’s leaders in computational neuroscience! 🧠Learn more about these iconic ICoN fellows at yangtan.mit.edu/icon/icon-center-researchers/
🎁 Any guesses for Gift #10?
🎁#12, we have: 12 @harvardmed.bsky.social faculty members!
Can you guess what Gift #11 might be?
🎁#12, we have: 12 @harvardmed.bsky.social faculty members!
Can you guess what Gift #11 might be?
www.youtube.com/watch?v=H5_2...
www.youtube.com/watch?v=H5_2...
Article 🔗 news.mit.edu/2025/cost-of...
Article 🔗 news.mit.edu/2025/cost-of...
Listen now to their conversation on the podcast Frameshifts with Benjamin Arya:
Listen now to their conversation on the podcast Frameshifts with Benjamin Arya:
podcast “Tilly Talks Tech” about his lived experiences and personal journey, his research and vision for the future of human augmentation, and about the beauty of human diversity.
podcast “Tilly Talks Tech” about his lived experiences and personal journey, his research and vision for the future of human augmentation, and about the beauty of human diversity.
Nonprofit org Neurodiversity in the Workplace also supported the study.
Nonprofit org Neurodiversity in the Workplace also supported the study.
#neuroskyence
bit.ly/48EzEO8
#neuroskyence
bit.ly/48EzEO8