Tadeusz W. Kononowicz

The paper uses a transformer-based decoding approach to show that neural codes for timing and self-evaluation of timing errors are distinct, requiring integration across multiple frequency bands.

This study investigates the roles of the orbitofrontal cortex and anterior cingulate cortex in time production and error monitoring in rats, finding distinct functional contributions.

The paper investigates how working memory stores durations, finding that the number of durations, not their total length, affects recall precision and is reflected in alpha and beta oscillations.

This study examines spatial occupancy patterns in macaques, finding that social hierarchy and affiliation influence their spatial distribution and interactions.

The paper investigates whether phase-amplitude coupling between alpha and beta oscillations indexes internal timekeeping precision or motor control precision during temporal interval reproduction.

The paper investigates brain mechanisms for evaluating self-generated timing behavior, supporting the read-out hypothesis over error-detection.

The paper investigates how phase-amplitude coupling in the alpha-beta band affects the precision of self-generated timing tasks.

This study investigates how beta oscillations in the brain relate to self-generated timing and metacognitive accuracy, finding that distinct beta state-space trajectories correlate with better metacognitive performance.