Much of the visual cortex is organized into visual field maps: nearby neurons have receptive
fields at nearby locations in the image. Mammalian species generally have multiple visual …

When we move our eyes, we easily keep track of where relevant things are in the world.
Recent proposals link this stability to the shifting of receptive fields of neurons in eye …

Much evidence has accumulated to suggest that many animals, including young human
infants, possess an abstract sense of approximate quantity, a number sense. Most research …

It is generally assumed that perceptual events are timed by a centralized supramodal clock.
This study challenges this notion in humans by providing clear evidence that visual events of …

We review human functional neuroimaging studies that have explicitly investigated the
reference frames used in different cortical regions for representing spatial locations of …

An essential function of visual processing is to establish the position of the body in space
and, in concert with the other sense systems, to monitor movement of the whole body, or" …

We experience the visual world as phenomenally invariant to eye position, but almost all
cortical maps of visual space in monkeys use a retinotopic reference frame, that is, the …

The crux of vision is to identify objects and determine their locations in the environment.
Although initial visual representations are necessarily retinotopic (eye centered), interaction …

The frequent occurrence of saccadic eye movements raises the question of how information
is combined across separate glances into a stable, continuous percept. Here I show that …

Hemodynamic studies have shown that the auditory cortex can be activated by visual lip
movements and is a site of interactions between auditory and visual speech processing …