French network in Computational Neuroscience
Keep up to date with the RT NeuroComp news and updates
The French network on computational neuroscience, #RTNeuroComp, had its first conference on September 3rd, 2026 in Paris! We had two great keynotes by Nancy Kopell and Tim Kietzmann. Four round tables to discuss the current research challenges in computational neuroscience and the contour of the discipline. And many poster presentations. We identified lots of topics … Read more
The CLLE lab, aka Laboratoire Cognition, Langues, Langage, Ergonomie (UMR 5263), is recruiting a PhD candidate to develop and test a computational model of thalamo-frontal mechanisms of cognitive control, combining modelling, behavioral experiments and EEG. Applicants from psychology, cognitive neuroscience, computational neuroscience, maths/engineering and related backgrounds are welcome. Previous experience in relevant topics (e.g., cog. … Read more
The conference will take place in Paris on September 3rd in Campus Odéon of Université Paris Cité (12 rue de l’école de médecine). Registration is free but mandatory! Please register before July 8th: https://docs.google.com/forms/d/e/1FAIpQLSdTA81Xm-aVulRgNP_qieuGwpeDKg1Iv2gEw7RZjnCftip-bg/viewform
You are all invited to the first conference organized by the RT NeuroComp. It will take place in Saint-Germain des Près, Paris, at Université Paris Cité, on September 3rd. More details will be announced soon, but please book the date. Looking forward to seeing you there! Program and registration link coming out soon. Conference organizing … Read more
Mark the date for Monday, June 29th at 11am! You are all invited to take part, remotely, to the first General Assembly of the newly created RT NeuroComp. This will be a unique opportunity for us to meet and discuss the future plans of the RT. Looking forward to seeing you there! Zoom link
TRACKING FUNCTIONAL CONNECTIVITY IN DEVELOPING NEURONAL NETWORKS OVER TIME Summary Tracking activity on long time-scales in biological neural networks remains a major challenge, as it requires monitoring thousands of individual neurons at the millisecond and during long time periods (several weeks or months). The interests are both of applied and fundamental importance, such as deciphering … Read more