Inferring the environment's statistical structure and adapting behavior accordingly is a
fundamental modus operandi of the brain. A simple form of this faculty based on spatial …

The deployment of visuospatial attention and the programming of saccades are governed by
the inferred likelihood of events. In the present study, we combined computational modeling …

Our ability to interact with the environment hinges on creating a stable visual world despite
the continuous changes in retinal input. To achieve visual stability, the brain must distinguish …

Neurophysiological and phenomenological data on sensorimotor decision making are
growing so rapidly that it is now necessary and achievable to capture it in biologically …

Saccadic reaction times (SRT) are composed of the sum of multiple processes, including
bottom-up sensory processing, top-down goal oriented processing, and afferent and efferent …

We investigated the saccade decision process by examining activity recorded in the frontal
eye field (FEF) of monkeys performing 2 separate visual search experiments in which there …

The exact mechanisms whereby the cholinergic neurotransmitter system contributes to
attentional processing remain poorly understood. Here, we applied computational modeling …

Much of what we know about how the brain forms decisions comes from studies of saccadic
eye movements. However, saccadic decisions are often studied in isolation, which limits the …

Antisaccades entail decoupling the spatial relations between stimulus and response and
executing a saccade to a target's mirror-symmetrical location. The indirect spatial relations …

Saccades may not always wait for the completion of the perceptual analysis. By taking
advantage of a motion-induced illusion of position and of the spontaneous scatter of …