We were thirlled to run the symposium 'The Role of Brain Mapping in 21st Century Clinical Neurophysiology' at the Deutschen Gesellschaft für Klinische Neurophysiologie und Funktionelle Bildgebung (DGKN) Recent advances in brain mapping are reshaping clinical neurophysiology by offering new tools for understanding, preserving, and modulating neural function. This symposium brings together leading researchers at the intersection of neuroimaging, connectivity analysis, and clini

The Donders Institute for Brain, Cognition, and Behaviour Centre for Cognition ( Radboud University ) is recruiting a Postdoctoral Researcher in the Network Neuroscience of Language. This position sits at the intersection of structural and functional connectivity, language processing, and advanced neuroimaging methods. The successful candidate will work within a vibrant, interdisciplinary environment at the Donders Network, contributing to cutting-edge research on how brain

The Donders Institute for Brain, Cognition, and Behaviour , Centre for Cognition at Radboud University Nijmegen, is seeking a PhD Candidate in Network Neuroscience of Language. This project explores how brain networks support language processing using cutting-edge neuroimaging and computational methods. It’s a fantastic opportunity to join a supportive, interdisciplinary research environment and contribute to high-impact science across the Donders Institute and the Max Plan

Join our teams! We are looking for two student assistants at the Max Planck Institute for Psycholinguistics. We are seeking two motivated Student Assistants to contribute to a project investigating the neural space and organisation of prosody, as well as the nature of neural interactions between prosody and diverse cognitive domains. This project is part of a broader collaborative research programme on hashtag#language as an emergent property of distributed hashtag#brain

Schilling K, Dulyan L, Guzman Chacon E, Amandola M, Landman B, Forkel SJ Inter-individual differences in brain anatomy are often treated as noise, yet may encode meaningful principles of organisation. Using >2,800 diffusion MRI scans spanning 0–100 years, we quanti ed spatial, microstructural and macrostructural variability across 64 major white-matter pathways. Variability is not random: spatial organisation follows a deep-to-super cial gradient, and variability across indiv

By Lilit Dulyan / 8 January 2026 Picture two walnuts. At first, they look nearly identical. But take a closer look, and you’ll see differences in their shape, texture, and colour. Our brains are like that too. They follow a shared blueprint—folds, cells, and wiring—but the details vary from one person to the next.  More than a hundred years ago, doctors looked at brains after people died and noticed that no two had exactly the same pattern of bumps and grooves. Today, brain