Imagine hearing your own voice echo back a fraction of a second after you speak. For most people, this is surprisingly disruptive. Speech slows, words become harder to produce, and fluent conversation can quickly fall apart. Yet some people barely seem affected at all. In our new study we reveals why. Led by Muge Ozker Sertel. Using brain imaging and advanced white matter tractography, we investigated how the brain responds when auditory feedback is delayed by just 200 millis

Excited to share our latest piece in Brain Structure and Function. Together with Stamatios Sotiropoulos , Michel Thiebaut de Schotten...

We combined advanced diffusion #tractography and #functional #MRI with a data-driven #clustering approach. This allowed us to...

Thanks, Peter Bandettini, for a lovely chat about interindividual differences in brain anatomy and what they mean for cognition in health...

We are well excited that our figure from our variability paper was chosen for the CNRS HQ fassade: https://twitter.com/CNRSAquitaine/stat...

Mekki YN, Guillemot V, Lemaître H, Carrion-Castillo A, Forkel SJ, Frouin V & Philippe C What is the paper about: Language is a unique...