Most of the actions our brains perform on a daily basis, such as perceiving, speaking, and driving a car, require timing on the scale of tens to hundreds of milliseconds. New discoveries in psychophysics, electrophysiology, imaging, and computational modeling are contributing to an emerging picture of how the brain processes, learns, and perceives time
Learning the timing of rapidly changing sensory events is crucial to construct a reliable representa...
Time perception remains an open question in cognitive neurosciences. Mechanisms for the encoding of ...
Learning the timing of rapidly changing sensory events is crucial to construct a reliable representa...
Most of the actions our brains perform on a daily basis, such as perceiving, speaking, and driving a...
Although the study of time has been central to physics and philosophy for millennia, questions of ho...
Perceiving the passage of time is an essential ability for humans and animals. Here we used magnetoe...
Timing is essential to human behaviour, but the neural mechanisms underlying time perception are sti...
We all have a sense of time. Yet, there are no sensory receptors specifically dedicated for perceivi...
The interest in the concept of time has a long history and has been a topic of study for a wide rang...
The perception of time is one of the hallmarks of conscious experience. However, despite this import...
Time, the fourth dimension of the world, is an important parameter in many behaviours and cognitive ...
AbstractWe have always known that some form of clock is needed to measure time. It now seems that a ...
The five senses have specific ways to receive environmental information and lead to central nervous ...
Accurate timing over the sub-second scale is essential for a range of human perceptual and motor ac...
SummaryLearning the timing of rapidly changing sensory events is crucial to construct a reliable rep...
Learning the timing of rapidly changing sensory events is crucial to construct a reliable representa...
Time perception remains an open question in cognitive neurosciences. Mechanisms for the encoding of ...
Learning the timing of rapidly changing sensory events is crucial to construct a reliable representa...
Most of the actions our brains perform on a daily basis, such as perceiving, speaking, and driving a...
Although the study of time has been central to physics and philosophy for millennia, questions of ho...
Perceiving the passage of time is an essential ability for humans and animals. Here we used magnetoe...
Timing is essential to human behaviour, but the neural mechanisms underlying time perception are sti...
We all have a sense of time. Yet, there are no sensory receptors specifically dedicated for perceivi...
The interest in the concept of time has a long history and has been a topic of study for a wide rang...
The perception of time is one of the hallmarks of conscious experience. However, despite this import...
Time, the fourth dimension of the world, is an important parameter in many behaviours and cognitive ...
AbstractWe have always known that some form of clock is needed to measure time. It now seems that a ...
The five senses have specific ways to receive environmental information and lead to central nervous ...
Accurate timing over the sub-second scale is essential for a range of human perceptual and motor ac...
SummaryLearning the timing of rapidly changing sensory events is crucial to construct a reliable rep...
Learning the timing of rapidly changing sensory events is crucial to construct a reliable representa...
Time perception remains an open question in cognitive neurosciences. Mechanisms for the encoding of ...
Learning the timing of rapidly changing sensory events is crucial to construct a reliable representa...