The cerebellum has been a popular topic for theoretical studies because its structure was
thought to be simple. Since David Marr and James Albus related its function to motor skill …

Motor learning is often viewed as a unitary process that operates outside of conscious
awareness. This perspective has led to the development of sophisticated models designed …

The brain generates predictive motor commands to control the spatiotemporal precision of
high-velocity movements. Yet, how the brain organizes automated internal feedback to …

Highlights•The local circuitry is invariant across a range of functional cerebellar regions.•The
nature of the inputs, and the function of the output, varies widely across similar tasks.•This …

Computations that are performed by the cerebellar cortex are transmitted via simple spikes
of Purkinje cells (P-cells) to downstream structures, but because P-cells are many synapses …

Optogenetics has transformed neuroscience by allowing precise manipulation of neural
circuits with light [–]. However, a central difficulty has been to deliver spatially shaped light …

Coordinated multi-joint limb and digit movements-“manual dexterity”-underlie both
specialized skills (eg, playing the piano) and more mundane tasks (eg, tying shoelaces) …

The cerebellum is crucial for sensorimotor adaptation, using error information to keep the
sensorimotor system well-calibrated. Here we introduce a population-coding model to …

Mice are key model organisms in neuroscience and motor systems physiology. Fine motor
control tasks performed by mice have become widely used in assaying neural and …

34 The Society of Neural Control of Movement (NCM) held its 32nd annual meeting in 35
beautiful Victoria, British Columbia, Canada in April of 2023. Over 350 researchers, 36 …