Ignacio Polti

This study shows that neural activity in the lateral entorhinal cortex of rats organizes events into continuous, directional flows with discrete boundaries, enabling multiplexing across timescales.

This study links grid-like signals in the entorhinal cortex to human timing behavior by showing they reflect task accuracy and regression-to-the-mean biases in time estimation.

This study shows the hippocampus encodes task-related temporal regularities to guide sensorimotor timing through real-time updates of behavioral feedback and performance improvements.

The paper shows that alpha brain rhythm bursts during quiet wakefulness predict retrospective duration estimates of time when not attended to.