The ability to learn and adapt to new temporal regularities is pivotal to successfully interact with our environment. Research on rhythm processing ha…

We rarely think about it, but our brain is constantly measuring time on the scale of milliseconds. From being annoyed by a camera flash when someone takes a photo to following the rhythm of music, per...

A new study reveals the brain doesn’t rely on a single clock but builds our sense of time through multiple stages across different regions.

Duration perception involves multiple brain regions, but how unimodal tuning across this network supports subjective timing remains unclear. This study shows that parietal, premotor, and caudal SMA en...

Analyzing more than 100k human ratings, we show that ambiguity resolution relies on high-level visual features. After disambiguation, the visual system shifts from top-down processing to bottom-up mat...

Characterizing individual brain differences to advance personalized diagnosis, treatment, and sustainable healthcare

Our experience of the world is inherently structured by temporal patterns. Yet a full understanding of how we process such patterns is still lacking. Across three finger-tapping experiments employing...

Abstract. The contrast sensitivity function (CSF) characterizes visual function, and is widely used in research on visual perception and ophthalmological disorders. The CSF describes the lowest contra...

Common organizational principles of spatial and temporal information processing are not fully understood. This study shows that the duration coding of brief visual events transforms along the human co...