We all have a sense of time. Yet, there are no sensory receptors specifically dedicated for
perceiving time. It is an almost uniquely intangible sensation: we cannot see time in the way …

Interval timing in the seconds-to-minutes range is crucial to learning, memory, and decision-
making. Recent findings argue for the involvement of cortico-striatal circuits that are …

Time is a guiding force in the behavior of all organisms. For both a rat in an experimental
setting (eg Skinner box) trying to predict when reinforcement will be delivered and a human …

Time is embedded in many aspects of our sensory experience; sensory events unfold in time
and often acquire particular meaning because of their specific temporal structure. The speed …

Accurate timing is an integral aspect of sensory and motor processes such as the perception
of speech and music and the execution of skilled movement. Neuropsychological studies of …

Timing is required both for estimating the duration of a currently unfolding event, or
predicting when a future event is likely to occur. Yet previous studies have shown these …

Time research has been a neglected topic in the cognitive neurosciences of the last
decades: how do humans perceive time? How and where in the brain is time processed …

This chapter reviews recent human and nonhuman animal studies investigating neural
signatures of time estimation. Investigation of the neural correlates of time estimation as …

A classification is presented to structure divergent empirical findings on temporal
mechanisms of the brain. Proceeding from our time experiences of simultaneity …

Interval timing in the range of milliseconds to minutes is affected in a variety of neurological
and psychiatric populations involving disruption of the frontal cortex, hippocampus, basal …