Scott O. Murray

The paper links cortical surface area to specific computational properties in human visual perception using psychophysical, neuroimaging, and computational modeling approaches.

The paper shows reduced neural suppression in ASD using fMRI and behavioral tasks, but finds no difference in GABA levels, suggesting top-down processing differences rather than inhibitory neurotransmitter deficits.

The paper demonstrates two distinct surround suppression mechanisms in the human visual system using EEG, showing different response time courses and configurations.

The paper responds to criticisms of their previous work on motion perception suppression and facilitation by discussing modeling and computational approaches.

The paper links glutamate levels in the MT region to enhanced fMRI responses and better motion perception performance in humans.

This study shows reduced neural adaptation in autism spectrum disorder (ASD) across cortical areas, correlating with reaction times, suggesting dysregulated neural excitation.

The paper investigates neural suppression and facilitation using multiple methods and finds they can arise from a single computational principle, not separate mechanisms.