Thomas A. Münch

The paper identifies three retinal mechanisms underlying saccadic suppression in mice, pigs, and macaques using electrophysiology and modeling, showing suppression arises from temporal filtering and nonlinearities rather than inhibition.

This study investigates how perceptual saccadic suppression depends on image flow properties and luminance contrast polarity during saccades.

This study systematically records light responses from 342 human retinal ganglion cells, revealing diverse visual properties and previously unobserved response behaviors.

The paper shows that OFF retinal ganglion cells encode absolute light intensity changes, while ON cells encode both absolute and relative changes, revealing asymmetry in contrast representation.

The paper shows that visual-only mechanisms in the retina account for saccadic suppression, without needing motor-based signals.

This study investigates the role of 2δ-3 in mouse retinal ganglion cells, finding subtle changes in visual responses under low and moderate light levels but normal optokinetic reflexes.