New model of superior colliculus topography

We have recently performed extensive physiological studies of the foveal visual representation of the rhesus macaque superior colliculus (SC). As part of these studies, we have performed dense mappings of the retinotopic topography that is known to exist in this structure. Unlike in classic work, in which the mapping data were very sparse, we fully[…]

The Kyoto symposium on the eye and head movement control systems

Our lab participated in a highly interesting focused symposium on eye and head movement control systems, which took place in Kyoto, Japan. The symposium was a pre-meeting to this year’s annual Neural Control of Movement Society conference, taking place in Toyama, Japan. The symposium featured varied topics from saccade control, to visual consequences of eye[…]