Katja Kornysheva

Magnetoencephalography during memory-guided finger sequences shows preparation and execution occupy distinct, partly overlapping subspaces; execution patterns appear first in hippocampus and last in M1, 160 ms before the first press.

The paper investigates how cortico-cerebellar beta-band dynamics predict flexible motor timing during a context-dependent task.

The paper investigates how kinematic fusion affects sequence planning in a handwriting-like task, finding that movement elements remain competitively pre-ordered regardless of fusion, supporting competitive queuing rather than neural fusion.

This study investigates motor sequence planning in adults with Developmental Coordination Disorder (DCD), finding reduced pre-ordering of movements and slower performance compared to controls.

The paper demonstrates a domain-general neural signature of serial order memory in both motor and auditory sequences using MEG data.

The paper investigates ramping patterns in brain regions during abstract and motor sequence tasks, finding distinct activity in prefrontal and parietal cortices.

The paper shows that the hippocampus pre-orders movements for skilled action sequences, challenging traditional memory classifications and suggesting implications for rehabilitation.

The paper investigates how cortical activity shifts from separating sequence features during planning to integrating them during motor execution in humans.

The paper investigates how competitive activation during sequence planning affects motor sequence accuracy and fluency, finding that a steeper competitive gradient correlates with better performance.

This study investigates how the brain plans motor sequences by analyzing MEG data, finding that competitive queuing of sequential representations predicts performance accuracy.