Starting my lab in January 2026 at the Massachusetts General Hospital Molecular Biology and Harvard Medical School Genetics! Our goal is to understand how we learn from our mistakes - a core building block of both biological and artificial intelligence. We explore this question across circuit, cellular and molecular levels. If you are interested, please reach out! https://t.co/5PM35OO2fj
We are looking to hire a research assistant with experience in molecular and cellular techniques! Exciting opportunity to work at the intersection between molecular and systems neuroscience. Apply here: https://t.co/CvzE4s0Hgq
Excited for the publication of our recent work on how pyramidal cells shape the identity of interneurons in the Cortex! Big shout out to @artofbiology and Sherry Jingjing wu! https://t.co/J472MBQrbP
We're looking to hire a full-time research assistant in my laboratory starting in January 2026. This is a great opportunity for someone excited about molecular and systems neuroscience, and considering graduate school. Our overall goal is to understand how we learn from our mistakes, using mice as a model organism. If you're interested or know someone who might be, please reach out!
Job Ad: https://t.co/IBeXroHYMJ
Ever make a mistake and had to correct it? Maybe these neurons have something to do with it. Great team effort from the Harvey and Greenberg labs at Harvard Medical School.
https://t.co/aZ0Ch8vkf9
@DavidSabatini2 I think 4-10 cells is likely too few - even though they do excite each other. Could also be that they are not involved in driving corrections directly but rather involved in learning corrections / correct trajectories over time, as mentioned by @Jonna_Singh_.
@Jonna_Singh_ Great questions @Jonna_Singh_. And glad you made it Extended Data Figure 12 😆. We are thinking that it may point to a role in learning, but as you said could be due to not fully silencing the neurons.