John widloski

@sc8lin @replayprof Had a blast participating in this project with @sc8lin and @replayprof !

I’m excited to share my first preprint, with @john_widloski and @replayprof! We find that self-avoidance dominates the selection of hippocampal replay. biorxiv.org/content/10.110… #tweeprint below!

Today seems like a good day to remind y'all that these are the salaries of SfN executives 🙃

@KhonaMikail Really gonna miss having you!

Sad to not be there, don't miss this workshop!! #cosyne2023

Excited to help host this 2-day workshop celebrating all things attractor dynamics in the brain. @CosyneMeeting Hope to see you there!

New paper from @AdrianDu_ and Janine Rossato (also @t7_tomo @L_Genzel and RGM Morris) Execution of new trajectories toward a stable goal without a functional hippocampushttps://onlinelibrary.wiley.com/doi/10.1002/hipo.23497

@heikecstein Had a great time at this program! Stellar faculty and staff, and at a beautiful location by the beach. Highly recommended!

BAMB! is back: 19-27th July, with a new, polished program that is all about modeling behavioral data (bambschool.org): RL, Bayesian, latent variable & sequence models, RNNs, DDMs & more. Applications will open in the next few weeks, so save the date & keep that tab open!

Check our the list of awesome workshops we will have at #COSYNE2023 cosyne.org/workshops-prog…

@dongohseo1 @ScienceMagazine @holtzman4 @kipnislab Amazing work, nice job!

Wild mammal biomass has declined by 85% since the rise of humans. Today, humans represent aproximately 34% of global mammal biomass, while 62% is humans' livestock and pets. Wild mammals are just 4% [read more: ourworldindata.org/mammals]

@ElDuvelle @SukritiGupta51 I saw @SukritiGupta51 poster too, big fan! Sure, happy to send u mine

Attractor and integrator networks in the brain — a Review by Mikail Khona & Ila Fiete @KhonaMikail @FieteGroup go.nature.com/3Wx5m7k

@ElDuvelle Based on the SFN 2022 abstracts, looks like @eric_denovellis might have something in the works on this?

Excited to share a new Current Opinion piece written by @NKadmonHarpaz , @BOlveczky, and myself! tinyurl.com/4hbu4mdx In it, we discuss how neural circuits support motor sequence learning. Read on for a short 🧵!

@ElDuvelle @ak_gillespie @dlevenstein That’s right, generally not assessed, at least I haven’t. Tho it’s tempting to try to relate to 2D replays that go in reverse of the rats incoming path and forwards in the direction of where the rat is heading.

Hippocampus twitter: what's known about mechanisms of forward vs reverse replay? Looking for: 1. circuit-level manipulations 2. mechanistic models 3. behavioral correlates in that order

@ak_gillespie @ElDuvelle yeah, would be happy to (tho looking over others comments, not sure I'd have much more to add)

@ElDuvelle @john_widloski- if you're up for it (or anyone else in your lab?) - your drive experience/wisdom would be an awesome addition to this!

If you’re interested in deep learning (DL) and neuroscience, come to our poster at @AI_for_Science’s #ICML2022 workshop **No Free Lunch from Deep Learning in Neuroscience: A Case Study through Models of the Entorhinal-Hippocampal Circuit** Joint w/ @KhonaMikail @FieteGroup 1/13

@bradleycolquitt @ucsc This is awesome, congrats! Such a cool campus

Excited to announce that I'll be joining the UC Santa Cruz Dept of MCD Biology @ucsc as an Asst Prof this Sept! My lab will study the development and evolution of complex behaviors, using birdsong and its circuitry as a model system.

@ElDuvelle That second sentence shouldve started with "However..."

@ElDuvelle yeah, this is a bit strange. I definitely saw firing rates decrease over the session in my version of his task. jneurosci.org/content/jneuro… kind of speaks to this, where low and high firing rate cells increase their firing rate across the session (Fig 6b).