Leo R. Scholl

This study investigates how changes in task relevance during redundant motor tasks distinguish between adaptation and structure learning mechanisms in monkeys.

This paper develops a method to longitudinally measure causal connectivity in macaque brains over weeks using optogenetic stimulation and micro-electrocorticography.

This study maps the spatiotemporal structure of neural activity in motor cortex during reaching, revealing heterogeneous distribution of task information and coordinated dynamics across neural populations.

This study maps eye, arm, and reward information in frontal motor cortices of non-human primates using micro-ECoG during reaching tasks, revealing overlapping neural computations.

This study characterizes single-cell visual response properties in two subdivisions of the rat pulvinar, revealing distinct functional differences between them.

The paper investigates projections between the visual cortex and pulvinar nucleus in rats, finding fewer connections to primary visual cortex than to higher visual cortex.