How visual space is represented in the brain is an open question in neuroscience.
Embodiment theories propose that spatial perception is structured by neural motor maps …

The choice of where to look next is determined by both exogenous (bottom-up) and
endogenous (top-down) factors, but details of their interaction and distinct contributions to …

The division of cortical visual processing into distinct dorsal and ventral streams is a key
concept in primate neuroscience [Goodale, MA, & Milner, AD Separate visual pathways for …

Diverse psychophysical and neurophysiological results show that oculomotor networks are
continuously active, such that plans for making the next eye movement are always ongoing …

Humans scan their visual environment using saccade eye movements. Where we look is
influenced by bottom-up salience and top-down factors, like value. For reactive saccades in …

Previous behavioral, clinical, and neuroimaging studies suggest that the neural substrates of
adaptation of saccadic eye movements involve, beyond the central role of the cerebellum …

Standard protocols testing the orientation of visuospatial attention usually present spatial
cues before targets and compare valid-cue trials with invalid-cue trials. The valid/invalid …

Saccadic averaging that causes subjects' gaze to land between the location of two targets
when faced with simultaneously or sequentially presented stimuli has been often used as a …

Vertebrates developed sophisticated solutions to select environmental visual information,
being capable of moving attention without moving the eyes. A large body of behavioral and …

In daily life, selecting an object visually is closely intertwined with processing that object as a
potential goal for action. Since visual and motor goals are typically identical, it remains …