We are continuously bombarded by external inputs of various timescales from the
environment. How does the brain process this multitude of timescales? Recent resting state …

Time is relative. Changes in cognitive state or sensory context make it appear to speed up or
slow down. Our perception of time is a rather fragile mental construct derived from the way …

Using predictions based on environmental regularities is fundamental for adaptive behavior.
While it is widely accepted that predictions across different stimulus attributes (eg, time and …

Our visual input is constantly changing, but not all moments are equally relevant. Visual
temporal attention, the prioritization of visual information at specific points in time, increases …

The ability to predict when an event will occur allows us to respond optimally to that event.
Temporal predictability can be either fixed (prior probability) or evolving (posterior …

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 main distinction has been proposed between voluntary and automatic mechanisms
underlying temporal orienting (TO) of selective attention. Voluntary TO implies the …

Winning in action video games requires to predict timed events in order to react fast enough.
In these games, repeated waiting for enemies may help to develop implicit (incidental) …

A consistent body of literature reported that Parkinson's disease (PD) is marked by severe
deficits in temporal processing. However, the exact nature of timing problems in PD patients …

Attention, that is, the ability to focus processing resources on a specific part of sensory input,
is often thought of as being mainly allocated in space, toward specific objects or modalities …