🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

🚨New📜 Q: How do different individuals with unique brains perform the same action? Read🧵to find out! These findings: 1. pave the way for comparative studies across animals & 2. further show we can build brain-computer interfaces that work across users nature.com/articles/s4158…

Our paper on S1-M1 connectivity in closed-loop intracortical BCI is out today. You can see the summary from last year below. This was a big effort from the Cortical Bionics Research Group team including 3 dedicated study participants and a many researchers. nature.com/articles/s4146…

Tomorrow at 1pm in WCC 103 at #SfN23 🧠🦑 I’ll share my story from engineering & physics to neuroscience, how computational models reveal novel mechanisms & make experimental predictions, and how neurocomics could help make my field more inclusive. #SfN2023

Really excited to attend SfN for the first time! #SfN23 I will share our work on nonlinear manifolds, and how we are planning to expand to high-dimensional behaviour and sensory areas. Save some energy for Wednesday afternoon! 😊

New from the lab: Cerebellar cortical activity underlying temporal stimuli is heterogeneous, multiplexed and complex not unlike profiles found in the frontal cerebral cortex. Great work by Julius Koppen, Jon Bregman and Marit Runge! Thanks to Chris too! nature.com/articles/s4146…

NeuroAI Meeting at CSHL! Sept 28-Oct 4, 2024. Save the date! And retweet Doris Tsao Blake Richards Eva Dyer SueYeon Chung Mackenzie Mathis, PhD Alex Koulakov Alona Fyshe (she/her) Carsen Stringer @[email protected] Andreas Tolias Lab @ Stanford University Daniel Yamins meetings.cshl.edu/meetings.aspx?…

Nice Northwestern press release on the work that Lee and his collaborators (including us!) have been doing to extend Brain-Computer Interface use Glad to see it opens up with our recent paper led by Mostafa Safaie & Joanna Chang along w Matt Perich Dud{man,Lab}🇺🇦 & Junchol Park

Although movement and imagery share population-wide brain responses in motor cortex, a subset of those exists in orthogonal and unique subspaces. RNEL Brian Dekleva Jen Collinger Raeed Chowdhury Byron Yu PittResearch nature.com/articles/s4156…

A brief return to twitter to share our new preprint. If you want to uncover interpretable low-dimensional factors in your neural population activity in an unsupervised way - check it out! biorxiv.org/content/10.110… 1/4

Happy to share our new work studying the dynamics of interacting multi-region recurrent neural networks! Dynamical mean-field theory, low-rank communication subspaces, inter-region currents... check the preprint below to find out more:

2022 Brain Canada Azrieli Foundation Future Leader, Dr. Matt Perich (Université de Montréal), combines brain recordings from diverse animals with AI to uncover shared patterns in brain function across species, advancing our understanding of #brainhealth and disease. #FutureLeaderFriday

Do you want to help create the future of Brain Interfaces? We’re looking for ambitious engineers, scientists, and operations experts to join our early team at Integral as we build transformative neurotechnology for treating and understanding brain disorders. 🧵

📜Out now Nature Communications !😊 We show that what you learn & how you learn it can lead to important differences in neural activity structure + these differences play an important role in later adaptation nature.com/articles/s4146… w/ Matt Perich Lee E Miller Juan Álvaro Gallego ClopathLab 🧵

Beyond excited to share our latest results on real-world and imagined navigation in humans! Thanks for the fantastic support of @suthanalab & co., all collaborators and participants.

Happy to share the first paper of my master's! Big kudos to my very cool co-authors: Zekeriya Yavaş, Thomas Jiralerspong, Alex Payeur, Matt Perich, Luca Mazzucato, and Guillaume Lajoie

If motor cortex is a dynamical system, how does it control independent parameters of movement? Our new paper at #jneurosci reveals arm direction and speed are respectively encoded by the trajectory of neural dynamics and how quickly it unfolds. doi.org/10.1523/JNEURO…

Matt Perich clarifies some misconceptions about neural manifolds and argues that they present a conceptually appropriate level at which systems neuroscientists can study the brain. thetransmitter.org/neural-dynamic…

Check out our new paper led by Olivier Codol ! We use RNNs to explore possible learning rules that lead to the dynamics we see in brains during behavior. biorxiv.org/content/10.110…

MAIN 2024 / Please share! 👉 Registration + Abstract submission for Montreal #AI & #Neuroscience are open ! Join us for an in-person meeting in Montreal October 22-25th ! Register now (limited space): 👉 main2024.org 🐼 Abstract submission: 15 Oct! (Audio on)