Despite the traditional view of parietal cortex as an important region for perceptual decision-
making, recent evidence suggests that sensory accumulation occurs simultaneously across …

Cognition is produced by the continuous interactions between many regions across the
brain, but has typically been studied one brain region at a time. How signals in different …

Choice information appears in the brain as distributed signals with top-down and bottom-up
components that together support decision-making computations. In sensory and …

Cortical areas seem to form a hierarchy of intrinsic timescales, but the relevance of this
organization for cognitive behavior remains unknown. In particular, decisions requiring the …

Studies of perceptual decision-making have often assumed that the main role of sensory
cortices is to provide sensory input to downstream processes that accumulate and drive …

Perceptual decisions depend on coordinated patterns of neural activity cascading across the
brain, running in time from stimulus to response and in space from primary sensory regions …

Perceptual decision-making is an important cognitive function involving distributed networks
spanning cortico-subcortical levels, yet most studies only include single modality stimulus …

Perceptual decisions rely on accumulating sensory evidence over time. However, the
accumulation process is complicated in real life when evidence resulted from separated …

The ability to flexibly select and accumulate relevant information to form decisions, while
ignoring irrelevant information, is a fundamental component of higher cognition. Yet its …

The ability to select and combine multiple sensory inputs in support of accurate decisions is
a hallmark of adaptive behaviour. Attentional selection is often needed to prioritize task …