Richard Apps

This study examines cerebellar gray matter volume changes across development, finding peak volumes in adolescence for specific regions, with no adult regions exceeding adolescent volumes.

This study shows that cerebellar inhibition affects time estimation in predictable and unpredictable timing tasks in rats, indicating its role in supra-second interval timing.

This paper introduces a computational model of cerebro-cerebellar interactions that decouples learning from feedback, showing improved performance in motor and cognitive tasks.

This study investigates the role of the cerebellum in fear memory encoding and expression through interactions with the periaqueductal grey in rats, showing cerebellar contributions to temporal precision and fear behavior.

This study uses intraoperative electrophysiological mapping to identify sensory responses in the human cerebellum during posterior fossa surgery.

The paper shows that reduced pre-movement beta oscillations predict motor adaptation drive in humans and cats during visuomotor adaptation tasks.

The paper presents a single-compartment model of Purkinje cell electrodynamics that simulates complex spikes and their interactions with simple spikes.

This study investigates how microzones in the cerebellar C3 zone of cats are organized and function during a skilled forelimb reaching task, revealing action-based control of muscle synergies.