AntonioFR

Congrats Ellie !!

congrats Matteo! nice to see this out

Wow amazing! Congrats Angelo!

Congrats Anna!

Congrats Ben! Is great to see this out

Congrats Dan !!!! 🥳🥳🥳

We are looking for a research assistant/lab manager to join the lab! A supportive, collaborative environment where you can learn neural recording with Neuropixels, optogenetics, fiber photometry, and neural data analysis.

I'm hiring a lab tech! If you know any talented college seniors or recent grads who'd enjoy doing cool neuroscience in Baltimore, please encourage them to consider applying: umb.taleo.net/careersectio...

Felicidades @leroyfelix.bsky.social !!

Despite some ups and downs at NIH, we do have an open position for a postbac and are considering candidates.
Our work is at the intersection of neuroscience and AI, and we aim to understand how the brain's densely connected recurrent networks operate. 🧪

*** Come join us !! We are recruiting !! ***
How does the brain generate beliefs that go beyond direct experience? How do these mechanisms go awry in psychosis?

The Barron lab tinyurl.com/bdf4drjf @MRCBNDU @NDCNOxford are recruiting a new postdoc tinyurl.com/ut4vbwt4 to work in mouse models

We’re hiring a postdoc with slice patch-clamp expertise to study head direction circuits and plasticity during spatial learning. Ideal for a neurophysiologist excited to combine ex vivo and in vivo approaches. Come join us in beautiful Cambridge! 🐭🧭🧠
📝 Apply by 9 June: www.jobs.cam.ac.uk/job/51282/

we're crowd-sourcing a searchable repository of tangible benefits stemming from federally-funded research. Come enjoy the great stories; or send in an idea; or volunteer to join the team.

publicusaresearchbenefits.com

please share and re-share so we get more great stories in there!

Go work with Brendon! He is great 😁

Congrats Mari! Such great news !

My lab @kinshiplab.bsky.social is recruiting a postdoc 🚨 with Sept start date

Preference for in-vivo ephys / circuits experience / interest in applying quantitative methods to natural social behaviour.

Funding & visa fees for 1-yr with possible extension. Send me your CV & visit kinshiplab.org

Shenoy Undergraduate Research Fellowship in Neuroscience (SURFiN) The SURFiN program aims to spark interest in neuroscience among undergraduate students from underrepresented backgrounds and experiences in science.

Applications are open for the Shenoy Undergraduate Research Fellowship in Neuroscience (SURFiN) - there are slots at UW (including in my lab)! Not limited to students at host institutions; undergrads from nearby colleges/universities are welcome to apply too. www.simonsfoundation.org/funding-oppo...

Cool seeing the new stuff you have been working on! We miss you on the other side though!

It should be working now 😅

This was only possible due to the work of an amazing team: first authors Wenbo Tang and @hongyuchang.bsky.social, with Can Liu, Salma Perez, Willian Zheng, Jaehyo Park. And of course @azayhara.bsky.social 😍

A hippocampal population code for rapid generalization Generalizing from experience and applying prior knowledge to new situations is essential for intelligent behavior. Traditional models attribute this generalization to gradual statistical learning in t...

We believe that these findings advance a new framework to explain how the hippocampus achieves rapid generalization while also preserving the specificity of individual experiences. Check out the preprint for many more details:
www.biorxiv.org/content/10.1...

We show that place cell representational drift and remapping are not random at the population level and supported by dedicated circuit mechanisms. This enabled the generalization of task variables (task structure, choice, time) across environments.

We found that the hippocampus supports rapid generalization in mice by generating disentangled memory representations, where different aspects of experience are encoded independently. These low-dimensional population dynamics evolved with learning.

Intelligent behavior involves generalizing from experience and applying prior knowledge to new situations. Traditional models attribute this to gradual learning in the cortex. However, such a slow process can't account for animals’ rapid generalization from limited experience

Excited to share our latest story! We found disentangled memory representations in the hippocampus that generalized across time and environments, despite the seemingly random drift and remapping of single cells. This code enabled the transfer of prior knowledge to solve new tasks

This was only possible due to the work of an amazing team: first authors @hongyuchang.bsky.social and Wenbo Tang, with Can Liu, Salma Perez, Willian Zheng, Jaehyo Park. And of course @azayhara.bsky.social 😍

We found that the hippocampus supports rapid generalization in mice by generating disentangled memory representations, where different aspects of experience are encoded independently. These low-dimensional population dynamics evolved with learning.

Intelligent behavior involves generalizing from experience and applying prior knowledge to new situations. Traditional models attribute this to gradual learning in the cortex. However, such a slow process can't account for animals’ rapid generalization from limited experience

🙋‍♂️

Honor excellence by nominating an early-career, independent neuroscientist who has made significant contributions to the scientific community through collaboration, creativity, and curiosity-driven research. www.mpfi.org/pgyia