For over 100 years, eye movements have been studied and used as indicators of human
sensory and cognitive functions. This review evaluates how eye movements contribute to …

Over the past two decades, neurophysiological responses in the lateral intraparietal area
(LIP) have received extensive study for insight into decision making. In a parallel manner …

During perceptual decision-making, responses in the middle temporal (MT) and lateral
intraparietal (LIP) areas appear to map onto theoretically defined quantities, with MT …

Real-world tasks, such as avoiding obstacles, require a sequence of interdependent choices
to reach accurate motor actions. Yet, most studies on primate decision making involve …

To take the best actions, we often need to maintain and update beliefs about variables that
cannot be directly observed. To understand the principles underlying such belief updates …

Neural activity in brain areas involved in the planning and execution of eye movements
predicts the outcome of an upcoming perceptual decision. Many real-world decisions, such …

Perceptual judgements are formed through invisible cognitive processes. Reading out these
judgements is essential for advancing our understanding of decision making and requires …

It is well established that visual sensitivity to motion is correlated with reading skills. Yet, the
causal relationship between motion sensitivity and reading skills has been debated for more …

Perceptual decision-making is the process by which an animal uses sensory stimuli to
choose an action or mental proposition. This process is thought to be mediated by neurons …

Visual processing in parietal areas of the dorsal stream facilitates sensorimotor
transformations for rapid movement. This action-related visual processing is hypothesized to …