We feel that we perceive events in the environment as they unfold in real-time. However, this
intuitive view of perception is impossible to implement in the nervous system due to …

Because of the delays inherent in neural transmission, the brain needs time to process
incoming visual information. If these delays were not somehow compensated, we would …

The transmission of sensory information through the visual system takes time. As a result of
these delays, the visual information available to the brain always lags behind the timing of …

Overall performance when tracking moving targets is known to be poorer for larger numbers
of targets, but the specific effect on tracking's temporal resolution has never been …

This is a survey of psychophysical studies of motion perception carried out mainly in the last
10 years. It covers a wide range of topics, including the detection and interactions of local …

Prediction may be a fundamental principle of sensory processing: it has been proposed that
the brain continuously generates predictions about forthcoming sensory information …

Action observation is often conceptualized in a bottom-up manner, where sensory
information activates conceptual (or motor) representations. In contrast, here we show that …

The current study investigates if early visual cortical areas, V1, V2 and V3, use predictive
coding to process motion information. Previous studies have reported biased visual motion …

In the multiple object tracking (MOT) task, observers can typically keep track of up to four
moving objects. Little is known however about the extent to which object motion is used by …

Several studies demonstrate that visual stimulus motion affects neural receptive fields and
fMRI response amplitudes. Here we unite results of these two approaches and extend them …