Congratulations to Johannes Gräff, whose project “Molecules of Mind– Epigenetics of Memory Network Dynamics” together with David Dupret has been awarded the Neurodegeneration Challenge Network grant.

Congratulations to Pavan Ramdya for his appointment as Associate Professor at EPFL! These are great news.

Join us for this exciting two day Hackathon bringing together life + data scientists, clinicians and students! 📍SV Building EPFL ➡ Submit your project and/or register: go.epfl.ch/life-sciences-… Idiap Research Institute Alexander Mathis @RaphaelleLuis

Terrific new study by Alexander Mathis Alexander Mathis uses modeling to crack the code of proprioception - how we are cognizant of the position and movements of our body. cell.com/cell/fulltext/…

Intriguing new paper from the Gerstner lab proposes a theory for sparse coding and synaptic plasticity in cortical networks to overcome spurious input correlations. doi.org/10.1371/journa…

Workshop alert: Together w Gioele La Manno we organize on April 29 a 1day onsite event at EPFL about computational imaging based ST feat Carolina Wählby, MatsNilssonLab & local ppl EPFL Life Sciences EPFL Center for Imaging . epfl.ch/labs/weigert-l…

@brainmind_EPFL professors Mackenzie Mackenzie Mathis, PhD & Alexander Alexander Mathis Mathis describe the road to and future ambitions for DLC - DeepLabCut: the motion-tracking tool that went viral nature.com/articles/d4158…

The McCabe Lab group in @brainmind_EPFL identify a protein that can delay the decline of motor ability during aging - actu.epfl.ch/news/a-key-pro… EPFL Life Sciences EPFL Schweizerischer Nationalfonds (SNF)

Pavan Ramdya Jonas Braun Femke Hurtak Sibo Wang-Chen nature EPFL EPFL Life Sciences EPFL Brain Mind Institute NeurosciencePhD_EPFL EPFL Institute of Bioengineering Congratulations!!🎉

Fantastic science, fun and fresh air at this years EPFL Brain Mind Institute retreat in Gstaad 🇨🇭

The lab of EPFL Brain Mind Institute professor Pavan Ramdya Pavan Ramdya reveal how the #Drosophila brain can transform relatively simple neuronal patterns into complex behavioral actions - actu.epfl.ch/news/fruit-fly…

New 'SuperAnimal' tool from EPFL Brain Mind Institute professor Mackenzie Mathis Mackenzie Mathis, PhD and team, enables efficient large foundation model training to track animals - actu.epfl.ch/news/unifying-…

🚀Super happy that our latest research has finally been published in Nature Neuroscience! We delve into the world of human neural development. Our findings shed light on the dynamic epigenetic changes that guide cell fate from pluripotency to fully differentiated neural cells.🧠🔬🧵

Congratulations to EPFL Brain Mind Institute professors Mackenzie Mathis Mackenzie Mathis, PhD and Alexander Mathis Alexander Mathis on the receipt of the Eric Kandel Young Neuroscientists Prize at the #FENSForum2024 meeting in Vienna today.

EPFL Brain Mind Institute professor Fides Zenk Fides Zenk and colleagues illuminate the epigenetic trajectories of the developing human brain using organoid technology - nature.com/articles/s4159…

Illuminating new paper from the group of EPFL Brain Mind Institute professor Johannes Gräff describes how the epigenetic state of a neuron defines whether it will be selected to store new memories. Read the perspective - actu.epfl.ch/news/how-epige… & paper -science.org/doi/10.1126/sc…

EPFL Life Sciences is now accepting applications for 3 tenure track assistant professor positions: Life Science Engineering (any discipline including neuroscience), Infection Biology & Immunology (including neuroimmunology) and Metabolism (including brain metabolism). Apply Now!

If you're coming to #sfn2024 come learn how to use our Drosophila neuromechanical body model, NeuroMechFly! More info and registration here: neuromechfly.org/sfn2024

Many thanks to The Scientist for covering our work on delaying motor decline during aging - the-scientist.com/combating-age-…

Many congratulations to EPFL Brain Mind Institute professor Mackenzie Mathis Mackenzie Mathis, PhD for receiving this years Swiss Science Prize Latsis for her pioneering work on employing deep learning in behavioral neuroscience.