Existing neuroimaging studies of psychotic and mood disorders have reported regional brain activation differences (first-order properties) and alterations in functional connectivity based on pairwise correlations in activation (second-order properties). In this preprint, in collaboration with Jonathan Rubin, Konasal Prasad et al. (Pittsburgh, PA), we use a generalized Ising model, also called a pairwise maximum entropyLire la suite « Subject-specific maximum entropy model of resting state fMRI shows diagnostically distinct patterns of energy state distributions »
FunSy – Functional System's Dynamics team
Welcome to the website of the Functional System's Dynamics team at University of Strasbourg. Romain Goutagny (electrophysiology and behavior), Demian Battaglia and Jyotika Bahuguna (theoretical neuroscience and data analysis) combine their efforts to study how dynamic complexity can serve as a functional resource for brain computations.