Our work simulating the fly visual system connectome with @jakhmack@lappalainenjk is now out in @Nature Paper (open access): https://t.co/QDwCLdCqFE
Research Briefing: https://t.co/QDwCLdCqFE
AI & the connectome are enabling scientists to do what they never thought possible: predict the activity of individual neurons without a single measurement in a living brain.
New research led by Janelia’s @srinituraga & @uni_tue’s @lappalainenjk@jakhmack https://t.co/CMunPgowXR
Grateful for the amazing environment and fantastic colleagues at @HHMIJanelia. This collaborative work is built on top of the groundbreaking achievements of the fly connectome team, @janeliagenie , and world-class scientific support teams.
✨ New research from the Hermundstad & Jayaraman labs @HHMIJanelia suggests how two different learning systems in the fly brain work together with hardwired circuit architectures to enable rapid flexibility. (1/11)
➡️ https://t.co/FijU5H6G9V
#postdoc and #phdposition available in my lab in Marseille @centuri_ls & @inmed_u1249 🎉🎉
If you are interested in building models of brain computations and developing data analysis tools with cool experimental collaborators, please apply!
More info:
https://t.co/6tc4MKMufo
please consider scanning our latest manuscript from Arthur Zhao (@whoisthecell), which is essentially a love letter to the beautiful Lobula Plate Tangential neurons in 𝘋𝘳𝘰𝘴𝘰𝘱𝘩𝘪𝘭𝘢, many years in the making: https://t.co/HnF6k0FTVW
Excited to share #AlphaMissense our new AI system that can classify whether genetic mutations (missense variants) are benign or harmful - a critical step toward uncovering causes of many diseases, from cystic fibrosis to cancer. In @ScienceMagazine today https://t.co/pIsskIe1cP
Our new paper led by @johnhwen1 & Ben Sorscher w/ @lisa_giocomo revealing how grid cells fuse landmarks & self-motion to create maps of new environments in a *single* exposure; our model predicts the detailed map of a new env *before* the mouse enters it!
https://t.co/3TUHKUzuDK
Very excited to share our new preprint! Huge thanks to my collaborator and co-first author Ben Sorscher (https://t.co/SWfzk3t4H4) and our advisors @lisa_giocomo and @SuryaGanguli! (1/13)
https://t.co/DkVDacvfH5
New paper from the lab @bioRvix, led by amazingly talented grad students @johnhwen1 and Ben Sorscher and in collab with @SuryaGanguli! How does the mammalian brain make maps for navigation on the fly? Check out the thread below for a great overview (and origin story) of the work!
🎉Happy to announce that I opened my computational neuroscience group at @inmed_u1249 and @centuri_ls, on the wonderful campus of Luminy in Marseille.
We will focus on the neural dynamics of memory and learning.
Contact me if interested in PhD and PostDoc positions in the lab.
The Albeanu lab is looking for a Research Technician to investigate the neural circuits underlying olfactory perception. Experiments involve behavioral assays, functional imaging, optogenetic manipulations and high-throughput DNA barcoding circuit mapping. https://t.co/4wC9evBwrC
Excited to share a project years in the making where we tracked the formation of a hippocampal cognitive map. We observed learning led to gradual decorrelation in neural activity, resulting in orthogonalized representations akin to a state machine capturing the task structure.
Would you like to shape the future of connectomics ... even neuroscience? Fresh from finishing the two largest connectomes ever, we have post-doc and research assistant positions in the @flyconnectome group @CamZoology (collab w @MRC_LMB @ScottishWaddell@janeliaflyem) Pls RT 1/4