The Center studies with systems-level neuroscience in human subjects and in animal models, including psychophysical techniques, functional imaging and computational approaches. The research includes examining how sensory cues and active movements of the body are integrated to support perception, studying brain mechanisms for attention and timing, studying functional connectivity in the brain, devising advanced methods for decoding/encoding neurophysiological signals.
Center for Neuroscience and Cognitive Systems
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Balasco L., Pagani M., Pangrazzi L., Chelini G., Chama A.G.C., Shlosman E., Mattioni L., Galbusera A., Iurilli G., Provenzano G., Gozzi A., Bozzi Y.
Abnormal whisker-dependent behaviors and altered cortico-hippocampal connectivity in Shank3b-/-mice
Cerebral Cortex, vol. 32, (no. 14), pp. 3042-3056
Fasoli D., Coletta L., Gutierrez-Barragan D., Gozzi A., Panzeri S.
A model of the mouse cortex with attractor dynamics explains the structure and emergence of rsfMRI co-activation patterns
Michelon F., Abolghasemi A., Piasini E., Iurilli G.
A sampling-invariant code in the olfactory cortex
Neuroscience at the Edge: Frontiers of Knowledge