Ben Deverett

The paper shows that cerebellar perturbations in mice lead to faster learning in a sensory evidence-accumulation task, linked to enhanced focus on current trials and altered neocortical activity.

This study shows that disrupting cerebellar Purkinje cells during somatosensory evidence accumulation impairs working memory accuracy and reduces the weighting of prior information in mice.

This study shows that the lateral posterior cerebellum contributes to perceptual decision-making by encoding choice and evidence-related variables, with dendritic calcium spikes linked to decision errors.

This paper introduces a new evidence-accumulation task for mice in virtual reality, showing they accumulate visual evidence to make decisions, with performance influenced by evidence magnitude but not duration.