Timing is critical to most forms of learning, behavior, and sensory-motor processing.
Converging evidence supports the notion that, precisely because of its importance across a …

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 …

We use our sense of time to identify temporal relationships between events and to anticipate
actions. The degree to which we can exploit temporal contingencies depends on the …

A large number of competing models exist for how the brain creates a representation of time.
However, several human and animal studies point to'climbing neural activation'as a …

Humans and other animals demonstrate the ability to perceive and respond to temporally
relevant information with characteristic behavioral properties. For example, the response …

Relatively recently, neurocognitive and neuroimaging studies have indicated that individuals
with attention-deficit/hyperactivity disorder (ADHD) may have deficits in a range of timing …

Two general frameworks have been articulated to describe how the passage of time is
perceived. One emphasizes that the judgment of the duration of a stimulus depends on the …

Decisions based on the timing of sensory events are fundamental to sensory processing.
However, the mechanisms by which the brain measures time over ranges of milliseconds to …

Most of the networks used by computer scientists and many of those studied by modelers in
neuroscience represent unit activities as continuous variables. Neurons, however …

We show that simple assumptions about neural processing lead to a model of interval timing
as a temporal integration process, in which a noisy firing-rate representation of time rises …