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

Interval timing in the seconds‐to‐minutes range is believed to underlie a variety of complex
behaviors in humans and other animals. One of the more interesting problems in interval …

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

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 …

Distortions in time perception and timed performance are presented by a number of different
neurological and psychiatric conditions (eg Parkinson's disease, schizophrenia, attention …

Abstract Scalar Timing Theory (an information-processing version of Scalar Expectancy
Theory) and its evolution into the neurobiologically plausible Striatal Beat-Frequency (SBF) …

This study investigated the firing patterns of striatal and cortical neurons in rats in a temporal
generalization task. Striatal and cortical ensembles were recorded in rats trained to lever …

Time is a fundamental variable that organisms must quantify in order to survive. In humans,
for example, the gradual development of the sense of duration and rhythm is an essential …

Understanding how sensory and motor processes are temporally integrated to control
behavior in the hundredths of milliseconds-to-minutes range is a fascinating problem given …

Time interval estimation is involved in numerous behavioral processes, but its underlying
neural mechanisms remain unclear. In particular, it has been controversial whether time is …