Positions for remote work available to help us with #suite2p, #kilosort2 or #cellpose. Start date flexible.

Our BRAIN Initiative U01 grant to build open source miniaturized 2 photon miniscopes for large field of view and volumetric imaging officially funded! We have a great team across institutions working together. eurekalert.org/news-releases/….

I have 5 vouchers for @NVIDIA's deep learning institute, each worth $100 Want to win one? 🔸 Follow me 🔸 Retweet this 🔸 Register for NVIDIA GTC conference (a lot of great talks!) 🔸 Attend the conference Here are the 3 talks on NVIDIA GTC that I'm looking forward to:

It is a great honor and pleasure to join CSB. Thank you for the opportunity! So my lab is recruiting PhD students and a postdoc, please see details here lin.csb.utoronto.ca/positions/

#neuroscience Should we put pseudocode in the Analysis subsection of methods, like they do in Comp Sci?

My lab is looking for a postdoc to apply microscopy for whole-brain neural recordings jobrxiv.org/job/university…

Out today : The Vaziri Lab has extended Light Field Microscopy to mesoscale fields of view, allowing calcium imaging of thousands of neurons at high frame rate and high spatial resolution. nature.com/articles/s4159…

One of our daily views of stunning shark-fish interactions with Iain Couzin August Luke Costello MPI-AB is on Bluesky @mpi-animalbehav.bsky.social #sharks

Welcome to the family! We can’t wait for you all to join us in a few short months! #MatchDay2023

1/ @sussillodavid & I are looking for an excellent computational postdoc to work with us & collaborate w/Karl Deisseroth Lisa Giocomo & Eyal Seidemann on an NIH project to explore how internal states like spontaneous activity, attention, motivation, etc.. interact with...

Job alert! Want to apply your computational chops at the interface of cutting-edge neuroscience & emerging imaging technologies? Join my team Rockefeller University in #NYC and be the brains behind the computations at the Rockefeller Brain Observatory! tinyurl.com/RBOnyc Pls RT!

We have two new postdoc positions! We're looking for candidates with backgrounds in #physics, #optics, optical #engineering or systems neuroscience interested in designing, building, & applying #microscopy tools for #neuroscience. Pls retweet: vaziri.rockefeller.edu/open-positions/

Possibly unpopular opinion: most science grad programs aren't set up to train students for non-academic paths. We should have more training programs for students who are interested in science but ultimately don't want to become scientists (in the sense of running their own labs).

Looking for a VR software that can generate complex, naturalistic stimuli that are also precisely parametrizable? Look no further than Stimpack! I will be giving a talk to launch Stimpack tomorrow at #SFN23! 2:15 PM @ WCC201 NANO50.06. bit.ly/stimpacksfn (1/2)

1/6 Sadly I missed Society for Neuroscience (SfN) due to visa :( I missed my talk at nanosymposium "computational models of decision-making" (by Daeyeol Lee) and also lost my Trainee Professional Development Award (2.5k$). So, let me use Twitter to do a portion of what I could do at SfN in a 🧵

Simultaneous, cortex-wide and cellular-resolution neuronal population dynamics reveal an unbounded scaling of dimensionality with ... biorxiv.org/cgi/content/sh… #biorxiv_neursci

Abstract disentangled low D representations are great for generalization but are not efficient for memory storage. The hippocampus seems to increase dimensionality to fix this problem. Published in Neuron, with a wonderful team @LaraBintheBrain, Lorenzo Posani, S. Siegelbaum

"People use UMAPs because they are good at visualizing what they want to show" captures the problem with using UMAP perfectly.

A novel tool from the #VaziriLab captures data from an unprecedented 1 million neurons simultaneously, painting a much fuller picture of brain dynamics. #RockefellerScience rockefeller.edu/news/35503-new…

Existing collaboration with Golshani Lab Peyman Golshani, Arash Bellafard! "Crystallization" of volatile working memory representations with practice using Light Beads Microscopy by imaging >73,000 M2 neurons across cortical layers. Congratulations to the entire team! shorturl.at/PXmYC