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 …

Sensory evidence accumulation is considered a hallmark of decision-making in noisy
environments. Integration of sensory inputs has been traditionally studied using passive …

Goal-oriented navigation is widely understood to depend upon internal maps. Although this
may be the case in many settings, humans tend to rely on vision in complex, unfamiliar …

Successful motor performance relies on our ability to adapt to changes in the environment
by learning novel mappings between motor commands and sensory outcomes. Such …

Novice and expert jugglers employ different visuomotor strategies: whereas novices look at
the balls around their zeniths, experts tend to fixate their gaze at a central location within the …

A major unresolved question in understanding visually guided locomotion in humans is
whether actions are driven solely by the immediately available optical information (model …

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

Actions are guided by a Bayesian-like interaction between priors based on experience and
current sensory evidence. Here we unveil a complete neural implementation of Bayesian …

During active behavior humans redirect their gaze several times every second within the
visual environment. Where we look within static images is highly efficient, as quantified by …

Accumulator models that integrate incoming sensory information into motor plans provide a
robust framework to understand decision making. However, their applicability to situations …