Enjoyed a commencement day visit from the fresh WashU Electrical & Systems Engineering graduate and PhD-bound valedictorian Jacob Wheelock, who is set for amazing #braindynamics innovations in the future!

Great to be involved in this sweeping perspective on computational modeling for disorders of consciousness.

more hardware developments for🧠⚡️

👇🎉 Delighted to finally share this👇 nature.com/articles/s4159… "Contextual guidance": what if we started thinking of astrocytes as contextual gates whose core function is to shape neural circuitry in a state-dependent and adaptive fashion?

The Department of Electrical & Systems Engineering at Washington University in St. Louis invites applications for multiple tenure-track faculty positions with an effective start date on or after July 1, 2024. Learn more engineering.wustl.edu/faculty/openin… #WashUEngineers #NowHiring #HigherEd

Very excited to share these ideas! Tip of the iceberg on expanding our view of #braindynamics. Thomas Papouin (Papouin Lab - WashU) @Ciaran_MR

Working at the intersection of engineering and neuroscience? On the market? Drop me a note or find me at #SfN2023!

Happening this AM at #SfN2023. Luke Gong presenting at Poster XX30 our efforts to explore astrocytic influence on #braindynamics, computation and function!

We also have a new preprint! Bringing together dynamics, astrocytes, and RL. How might astrocytic slow time-scales and nested loops of modulation enable learning over contexts? Luke Gong w/ Thomas Papouin (Papouin Lab - WashU) and Fabio Pasqualetti . arxiv.org/abs/2311.03508

Our work on direct nonlinear whole-brain system identification at fast time-scales. This work will make it possible to infer biophysically interpretable, brain-wide latent dynamics from EEG. Matthew Singh, w/ CCP Lab WUSTL, Michael W. Cole biorxiv.org/content/10.110…

New preprint: How the resting brain may bifurcate amongst distinct but anatomically consistent attractor landscapes. biorxiv.org/content/10.110… Ruiqi Chen 陈睿祺 w/ CCP Lab WUSTL and Matt Singh

We are quite excited about these results! A new way of formally and rigorously comparing learned dynamical models that does not rely on post-hoc dimensionality reduction or inspection. Use it to understand your RNNs!. arxiv.org/abs/2402.09735

Eclipse viewing with WashU Electrical & Systems Engineering !

Our piece on modeling astrocytic modulation of neural dynamics is online at PLOS Comp Biol! Luke Gong journals.plos.org/ploscompbiol/a…

Can we control RNNs with 'simple' inputs? We provide a fundamental solution to this problem, toward model-based brain stimulation design. A deep dive into nonlinear dynamics, control and theoretical neuroscience. Cyprien Tamekue and Ruiqi Chen 陈睿祺 arxiv.org/abs/2410.17199

Join the Dept. of Electrical & Systems Engineering at WashU! We're hiring experts in #IntegratedCircuits, #SignalProcessing, or closely related fields. Lead groundbreaking research, teach, and inspire. Apply Now! engineering.washu.edu/faculty/openin… #WashUESE #WashUEngineers #HigherEdJobs

💻🧠 Engineering Neuroscience! w/ recently defended BethAnna Jones BethAnna (: and Ph.D. candidate Addison Schwamb

Excited to share our work on modeling whole-brain dynamics, from data. A collaborative effort to understand the processes that govern large-scale brain activity. pnas.org/doi/10.1073/pn… Michael W. Cole CCP Lab WUSTL and Matthew Singh

#braindynamics🧠 engineering.washu.edu/news/2025/Wash… via WashU McKelvey Engineering

In the latest episode of #EngineeringTheFuture, ShiNung Ching of WashU Electrical & Systems Engineering joins host Shawn Ballard to explore the cutting-edge intersection of brain science and mental health. Watch the full episode: ow.ly/cB6g50VtlU6