Cognitive processes involve precisely coordinated neuronal communications between
multiple cerebral cortical structures in a task specific manner. Rich new evidence now …

There is a growing recognition that the utility of the cerebellum is not limited to motor control.
This review focuses on the particularly novel area of hippocampal-cerebellar interactions …

There is general agreement that cerebrocerebellar interactions via cerebellothalamocortical
pathways are essential for a cerebellar cognitive and motor functions. Cerebellothalamic …

While task-dependent responses of specific brain areas during cognitive tasks are well
established, much less is known about the changes occurring in resting state networks …

The question of which type of information and how it is being processed by the puzzling
cerebellar circuitry remains open. Numerous works have highlighted and delineated the …

A coordinated movement is easy to recognize, but we know little about how it is achieved. In
search of the neural basis of coordination, we present a model of spinocerebellar …

Despite increasing evidence suggesting the cerebellum works in concert with the cortex and
basal ganglia, the nature of the reciprocal interactions between these three brain regions …

Growing evidence suggests that sensory, motor, cognitive and affective processes map onto
specific, distributed neural networks. Cerebellar subregions are part of these networks, but …

Anatomical tracing, human clinical data, and stimulation functional imaging have firmly
established the major role of the (neo-) cerebellum in cognition and emotion …

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 …