Marc H. Schieber

The paper identifies a neural representation of action symbols in the ventral premotor cortex of macaque monkeys performing a drawing-like task.

The paper investigates neural synchrony in primate sensorimotor cortices during facial motor control, finding that medial and lateral areas interact in a network rather than functioning independently.

The paper examines co-modulation patterns in premotor cortex neurons during action execution and observation, finding that while subspaces are distinct, latent dynamics show partial similarity.

This study identifies how lateral and medial cortical regions encode facial gestures through distinct temporal patterns, forming a hierarchy for coherent motor outputs during social communication.

The paper models the sensorimotor system under computational and physical constraints, finding a preference for joint angle coordinates and revealing avoidance and placement neurons in obstacle navigation.

The paper shows that cyclic, condition-independent neural activity in primary motor cortex predicts peak movement speed during both initial and corrective reaching movements in rhesus macaques.

The paper compares fMRI and electrophysiological data to explore how primary motor cortex organizes activity for finger flexion and extension, finding similar patterns for same-finger movements but distinct patterns in monkeys.