Dont miss the annual international meetings of the Brain Connectivity Workshop and the BrainModes conference!
Brain Connectivity Workshop BrainModesHosted in a different country every year, these events are a great opportunity to meet leading experts from computational neuroscience, neuroscience methodology and experimental neuroscience!
BrainModes 2023
Hamburg, Germany
Don't miss the BrainModes Conference 2023, a cutting-edge neuroscience event happening from Nov 29 - Dec 1. Organized by Petra Ritter, Claus Hilgetag, and Andreas K. Engel, it's your chance to explore innovative brain research and connect with experts. Registration opens in September, and it's free!
From November 29th to December 1st, 2023, the BrainModes Conference 2023 will take place at the prestigious University Medical Center Hamburg-Eppendorf (UKE) in Hamburg, Germany.
This year, the BrainModes Conference is organized in collaboration with the European School of Network Neuroscience (euSNN). The conference's theme, "Multiscale Network Dynamics: Analysis, Modeling, Modulation," will underscore subjects such as network dynamics and coupling modes, modulation and neurostimulation, multiscale modeling, connectivity and structure, as well as network diseases.
About BrainModes
BrainModes is an annual international meeting dedicated to exploring novel ways of comprehending intricate brain activity and multivariate neuroscience data (including EEG, MEG, fMRI, etc.).
These conferences aim to facilitate informal discussions about brain modeling and multivariate data analysis, with a central focus on "modes" – how the brain's complex activity is structured around low-dimensional manifolds.
Find out more
Stay tuned for an impressive lineup of speakers who will share their insights and research. Participation in the BrainModes Conference is FREE, and registration will open online in September.
For the latest updates and detailed information, visit the official BrainModes Conference 2023 website.
Let's come together to explore the frontiers of neuroscience and unlock the secrets of the brain's magnificent complexity.