Maurizio Corbetta

This study shows that focal brain lesions disrupt functional connectivity by causing both direct structural disconnections and increases in structural path lengths, leading to remote functional disruptions.

The paper investigates how structural disconnections, rather than damage to critical regions, explain functional connectivity disruptions and behavioral deficits after stroke.

The paper maps functional hemispheric asymmetries in the human brain, identifies four functional axes, and links lateralisation to reduced inter-hemispheric connectivity.

This study identifies a distinct functional connectivity mode during movie-watching that reflects individual differences and is stable over time.

This study uses BOLD-fMRI in macaques to investigate the topographic organization of extraoccipital visual processing areas, finding contralateral preference and polar-angle maps in specific regions.

The paper investigates how visual attention modulates processing in macaque visual areas, focusing on the role of expectation in enhancing detection accuracy and speed.

The paper compares BOLD responses in human and monkey visual cortex to single and spaced checkerboard stimuli, finding similar magnitude and shape, and linear summation at 4.5 sec ISI.

The paper identifies three archetypes of time preference for reward in humans, linking them to brain structure, functional connectivity, and socio-economic traits.

The paper uses fMRI data from movie watching to infer effective connectivity, finding that task-related changes affect local activity more than connectivity.

This paper discusses strategies to improve the interpretation and reproducibility of functional connectivity studies in stroke using resting functional MRI.