Human Time Perception

大多数人工任务需要几十到几百毫秒的计时。我们必须判断时间，以产生和理解语言，移动和与我们的动态环境互动，确定因果关系，并解码来自感官受体的信息。然而，时间知觉的神经基础在很大程度上是未知的。该项目将探索时间现象，以确定持续时间、时间顺序和重合在人脑中的编码方式和位置。项目结果将为时间感知的机制提供新的见解，并对与时间感知受损相关的障碍，如自闭症、阅读障碍和精神分裂症提供启示。

Most human tasks require timing on a scale of tens to hundreds of milliseconds. We must judge time to produce and comprehend speech, to move about and interact with our dynamic environment, to determine causality and decode information from sensory receptors. However, the neural bases of time perception are largely unknown. This project will explore temporal phenomena to determine how and where durations, temporal order and coincidence are encoded in the human brain. Project results will provide new insight into the mechanisms of time perception, with implications for disorders associated with impaired time perception, such as autism, dyslexia and schizophrenia.