Wishing everyone celebrating a blessed Eid Mubarak! May this special time bring joy, peace, and happiness to you and your loved ones. 🌙✨

So I suppose this means we are in the NHP ephys game now Recorded with flexible thin-film electrodes made in-house by the lab

Are you a neuroscience postdoc interested in an academic career? Apply by 05/31/25 for this invited seminar at MIT's Brain and Cognitive Sciences department! Applications are reviewed by postdoc, keeping in mind the importance of varied contributions to the scientific community!

Some great posters at the #Marchforacience #StandUpForScience Boston Rally. #Ubiquitin for the win!

This is amazing science from #NIH. Ana and Soohyun and their collabs use a new molecular tool to label connected neurons in the cortex, then image their responses. The ability to link wiring and function is extremely powerful and will shed light on autism and schizophrenia…1/

I am thrilled to share my postdoc work from the Soohyun Lee Lab, https://t.co/iEF9fpTBuZ. Huge thanks to the awesome PI Soohyun Lee and collaborators Yuan Zhao, Ka Chun Lam, @fpereira, and Charles R Gerfen.

"It is vital to remember that it is the words and actions of all members of the scientific community—universities, journals, societies, associations, activists, and scientists—that form the collective voice of science, not any one statement," writes H. Holden Thorp in a new

Fresh off the press, our paper linking #TravelingWaves #Cortex #Dendrites #inhibition is online @ScienceAdvances. Brilliant effort by @dgonzales1990 @Hammad_FKhan @HayagreevKeri and others. A big thanks to @_mullerlab @LabPluta & @NIH_CommonFund @AFOSR https://t.co/C7BUnfi5m9

Sensory inputs trigger a fast-traveling wave, followed by a slower wave carrying top-down info (value/choice). The late wave reactivates ensembles in superficial cortical layers. Very cool https://t.co/z0a8aQ1J9k #neuroscience

Attention! Zong lab @KISNeuro is recruiting!! Two Ph.D and postdoc positions in neuroscience 🧠 are available!! Apply if you are strongly interested in applying cutting-edge @TheMini2P 🔬 for frontier systems neuroscience studies!!!! https://t.co/vlWPnkIc0z

Freely access electrophysiological, morphological, and transcriptomic data measured from thousands of individual mouse & human brain cells via the Allen Cell Types Database: https://t.co/hgwCMQGeNU

New research from @Hammad_FKhan @KrishnaJayant & colleagues finds that site-specific seeding of #Parkinsons-associated Lewy pathology induces distinct pre-motor cellular & dendritic vulnerabilities in the cortex https://t.co/NuAXyAwQZO

Delighted for our first Neurodegeneration paper. Led by the indomitable @Hammad_FKhan we reveal cortical circuit biomarkers delineating gradual progression of Lewy pathology across synucleinopathies https://t.co/RZR5WcxmfV @PurdueBME @Research_Purdue @PurdueLifeSci @Purdue_MCMP

Human cortical pyramidal neurons are larger, exhibit more complex branching patterns, and feature distinctly nonlinear biophysical properties compared to rat cortical pyramidal neurons. Do these unique characteristics make human neurons more functionally complex? Would that

Large-scale interactions in predictive processing: oscillatory versus transient dynamics https://t.co/LtEbgTExVj #neuroscience

Meet another new NeuroLux team member, Dane Hintermueller! Dane joins us after earning his Master's degree from Northwestern under the supervision of John Rogers where he developed an implantable optical sensing architecture for monitoring fluorescent biomarkers in vivo. At

📢Our 4th annual #CoNNExINS Symposium with @NYU_CNS is on June 13-14! If you are a senior neuro grad student & would like to come spend 2 days presenting your work & networking with the NYU Neuroscience community 🧠 Apply by April 1: https://t.co/VEZShmK6RW #DiversityinSTEM

If you want to do a postdoc w me (or generally do theory at Allen/UW) apply for this!   It’s a pretty independent postdoc position for people with a quantitative background, and pays well (104K)!    Due date is Dec 16th. Here’s the link to apply.

More evidence that working memory is not persistent activity. Instead, it is dynamic on/off states with short-term synaptic plasticity. Intermittent rate coding and cue-specific ensembles support working memory https://t.co/3EZCdF3QtS #neuroscience

Neuro grad students! Applications for Rising Stars in Neuroscience are due Dec 15! Don’t miss this chance to present your research, sharpen your science communication skills, and connect with peers and faculty. Plus, you’ll get to experience stunning Utah https://t.co/JBrtOv130j