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 …

Because neural processing takes time, the brain only has delayed access to sensory
information. When localising moving objects this is problematic, as an object will have …

Due to its inherent neural delays, the visual system has an outdated access to sensory
information about the current position of moving objects. In contrast, living organisms are …

How does the brain link visual stimuli across space and time? Visual illusions provide an
experimental paradigm to study these processes. When two stationary dots are flashed in …

The ability of the brain to represent the external world in real-time is impacted by the fact that
neural processing takes time. Because neural delays accumulate as information progresses …

Our perception of moving stimuli is prone to systematic biases. Different biases, for example
concerning the perceived speed, or spatial location, of a dynamic, moving stimulus, have …

If an observer sees a flashed (briefly presented) object that is aligned with a moving target,
the perceived position of the flashed object usually lags the perceived position of the moving …

Establishing the real-time position of a moving object poses a challenge to the visual system
due to neural processing delays. While sensory information is travelling through the visual …

Differences between visual pathways representing darks and lights have been shown to
affect spatial resolution and detection timing. Both psychophysical and physiological studies …

Visuelle Wahrnehmungsprozesse kennzeichnen einen wichtigen, wenn nicht den
wichtigsten Sinn des Menschen: den Sehsinn bzw. Gesichtssinn. Aus wissenschaftlicher …