The University of Pennsylvania Department of Psychology has a faculty search this year as part of a thematic cluster on "The Interconnected Mind." The posting just went live, please spread the word! Details here:

GRINtrode: A neural implant for simultaneous two-photon imaging and extracellular electrophysiology in freely moving animals https://t.co/t4fZM7HihP #biorxiv_neursci

Professor @bijanpesaran of NYU's Center for Neural Science @NYU_CNS in this month's issue of Nature on How Our Gaze is “Anchored” in the Brain. https://t.co/KThHWQJZKq

Great Summer School on Primate Cognitive Neuroscience (PCN 2022) will take place Jul 24 - Aug 05, 2022 in Bad Bevensen, Germany. Open for PhD students and early postdocs working in Primate Systems Neurophysiology. Application deadline: May 6, 2022. Check: https://t.co/pWv77xrHFk

Announcing the 2022 Big Brain Imaging Workshop (postponed from 2020), hosted by @NemonicHub and @BU_NPC will take place on April 7-8 at Boston University and online. Please spread the word! Info/registration: https://t.co/7Izk3d5c5N

New paper out today in Neuron led by @AFeinsinger👇 Neuroethics of working with patients who have intracranial electrodes to advance 🧠 research Honored to be a part of this growing area of research & community https://t.co/43Zrea7MfB

My @neuromatch talk about RNN PSID is now on YouTube. Happy to answer any Qs in the discord channel: https://t.co/1dUqCGiovw (link works once u join the server, info is on #nmc4 website) w @bijanpesaran & @MaryamShanechi 📖Preprint: https://t.co/YNjopJFcJg https://t.co/Z1VqZdrWqj

Thurs 2:30-3:30 CST @#SfN21 P538.06, my postdoc @omidsani will present RNN PSID: A new nonlinear dynamic modeling framework that can learn & dissect nonlinearities & their origin in behaviorally relevant neural dynamics https://t.co/qZEFZ0D5uU collab w/@bijanpesaran

I'm presenting RNN PSID @#SfN21. We find strikingly consistent results on nonlinearities in neural-behavioral data across multiple independent datasets (+more). Preprint & SfN video are out, happy to answer Qs on Mon🕝CST. w @bijanpesaran & @MaryamShanechi https://t.co/YNjopJFcJg

Thank you @NSF for this recognition and support of our ideas. I look forward to sharing the discoveries this CAREER award will allow my team and me to make!

Huge congratulations to my brilliant PhD student & now postdoc @omidsani for winning the Best Doctoral Dissertation Award at @USCViterbi School of Engineering!👏🎉Testament to his amazing contributions to neuroengineering & computational neuroscience! #ProudPI @USCMingHsiehEE

Grateful to @NIH @NIMHgov for new R01 award to build Model-based neural control #neurotechnology for #brain stimulation in neuropsychiatric disorders Look forward to working w/Co-I’s @ChangLabUcsf @scangos! #personalized #DBS #MachineLearning @USCViterbi https://t.co/sVhOY1Qf7A

Thrilled to share our latest work out today in @NeuroCellPress using functional #ultrasound (fUS) neuroimaging to decode movement from single trials in non-human primates 🐒 - a new benchmark for fUS & a precursor to closed-loop #BCI. https://t.co/9s1YGJSo89 #tweetprint 🧵 1/n

Tomorrow 12pm EST @NYU_CNS online/open Swartz Seminar by Dr. Christopher Harvey https://t.co/imy3FHJqXE – hosted by Prof. Bijan Pesaran @bijanpesaran https://t.co/M07MIDQTgr here -> https://t.co/96pPrV9B3D @NeuroGoudar @xjwanglab @worldwideneuro

BRAIN Initiative grantee @MaryamShanechi and her team have created tools to predict the effect electrical stimulation will have on brain activity across multiple regions. The tools were then successfully demonstrated in actual brain stimulation experiments https://t.co/1sOLCgFBf3

We all see the finished product but there is much that goes #BehindThePaper. I wrote the story of the past 6 years that led to our new @natBME paper, how it can enable closed-loop #DBS therapies, other related advances we've made & the road ahead. Story: https://t.co/L8taagHySC

We are excited to announce the newest @FlatironInst center, the Center for Computational Neuroscience. Led by computational neuroscientist Eero Simoncelli, CCN will use & develop comp. models to understand how brains work. Follow @FlatironCCN for updates!

Our paper is out @NatureComms! Huge shoutout to my PhD advisor @MaryamShanechi for her unconditional support and supervision. Also big thanks to the coauthors @yantatwong, Mahdi, and particularly @bijanpesaran/@pesaranlab for their much needed vision & contributions. Summary:👇

Our @NatureComms paper is out. We find a multiscale low-dim dynamical mode shared in spiking and LFP activity that explains naturalistic reach-and-grasp behavior. First-authored by my student @salixabb, collaboration with @pesaranlab, Summary & code👇: 1/n https://t.co/Zjvxlduu3f

The MATLAB code to learn a multiscale dynamical latent state model for spike-LFP is at https://t.co/yYcwJF2KY7. We are excited to see how others might use our algorithm and results in their research. #neurotechnology #brain #MachineLearning @USCViterbi @USCMingHsiehEE 11/n