The cerebellum has long been proposed to play a role in cognitive function, although this
has remained controversial. This idea has received renewed support with the recent …

Over the past several decades, theories about cerebellar learning have evolved. A relatively
simple view that highlighted the contribution of one major form of heterosynaptic plasticity to …

There is increasing evidence for a cerebellar contribution to cognitive processing, but the
specific input pathways conveying this information remain unclear. We probed the role of …

The cerebellar cortex has a key role in generating predictive sensorimotor associations. To
do so, the granule cell layer is thought to establish unique sensorimotor representations for …

Computational cognitive models are a fundamental tool in behavioral neuroscience. They
embody in software precise hypotheses about the cognitive mechanisms underlying a …

Making predictions and validating the predictions against actual sensory information is
thought to be one of the most fundamental functions of the nervous system. A growing body …

Lateral intraparietal (LIP) neurons represent formation of perceptual decisions involving eye
movements. In circuit models for these decisions, neural ensembles that encode actions …

Perceptual decisions rely on learned associations between sensory evidence and
appropriate actions, involving the filtering and integration of relevant inputs to prepare and …

Classical models of cerebellar learning posit that climbing fibers operate according to a
supervised learning rule to instruct changes in motor output by signaling the occurrence of …

Cerebellar outputs take polysynaptic routes to reach the rest of the brain, impeding
conventional tracing. Here, we quantify pathways between the cerebellum and forebrain by …