Accumulated evidence has shown that the subjective time in the sub-second range can be altered by different factors; some are related to stimulus features such as luminance contrast and spatial frequency, others are processes like perceptual grouping and contextual modulation. These findings indicate that temporal perception uses neural signals involved in non-temporal feature processes and that perceptual organization plays an important role in shaping the experience of elapsed time. We suggest that the temporal representation of objects can be treated as a feature of objects. This new concept implies that psychological time can serve as a tool to study the principles of neural codes in the perception of objects like "reaction time (R...
Subjective time of an event in the sub-second range is often compressed or dilated by the situationa...
An object moving towards an observer is subjectively perceived as longer in duration than the same o...
It is increasingly clear that we extract patterns of temporal regularity between events to optimize ...
Accumulated evidence has shown that the subjective time in the sub-second range can be altered by di...
Perceiving the passage of time is an essential ability for humans and animals. Here we used magnetoe...
Time: it seems a simple concept, a single dimension along which the world evolves. The future become...
Time is a universal psychological dimension, but time perception has often been studied and discusse...
Time perception is defined as a subjective judgment on the elapsed time of an event. It can change a...
How does the brain estimate time? This old question has led to many biological and psychological mod...
Time perception is malleable, and the perceived duration of stimuli can be strongly affected by the ...
Subjective time of an event in the sub-second range is often compressed or dilated by the situationa...
SummaryA fundamental question about the perception of time is whether the neural mechanisms underlyi...
A fundamental question about the perception of time is whether the neural mechanisms underlying temp...
Our experience of time is unlike that of other features of the sensory world such as colour, movemen...
Subjective time of an event in the sub-second range is often compressed or dilated by the situationa...
Subjective time of an event in the sub-second range is often compressed or dilated by the situationa...
An object moving towards an observer is subjectively perceived as longer in duration than the same o...
It is increasingly clear that we extract patterns of temporal regularity between events to optimize ...
Accumulated evidence has shown that the subjective time in the sub-second range can be altered by di...
Perceiving the passage of time is an essential ability for humans and animals. Here we used magnetoe...
Time: it seems a simple concept, a single dimension along which the world evolves. The future become...
Time is a universal psychological dimension, but time perception has often been studied and discusse...
Time perception is defined as a subjective judgment on the elapsed time of an event. It can change a...
How does the brain estimate time? This old question has led to many biological and psychological mod...
Time perception is malleable, and the perceived duration of stimuli can be strongly affected by the ...
Subjective time of an event in the sub-second range is often compressed or dilated by the situationa...
SummaryA fundamental question about the perception of time is whether the neural mechanisms underlyi...
A fundamental question about the perception of time is whether the neural mechanisms underlying temp...
Our experience of time is unlike that of other features of the sensory world such as colour, movemen...
Subjective time of an event in the sub-second range is often compressed or dilated by the situationa...
Subjective time of an event in the sub-second range is often compressed or dilated by the situationa...
An object moving towards an observer is subjectively perceived as longer in duration than the same o...
It is increasingly clear that we extract patterns of temporal regularity between events to optimize ...