Eilon Vaadia

This study uses a hybrid platform to explore how phase-specific microstimulation modulates beta oscillations and affects behavior in monkeys.

The paper identifies shared and unique neural subspaces in motor cortex for arm and brain-machine interface control, revealing movement intention as a key representation.

The paper shows that neuronal patterns in motor cortex change during brain-machine interface learning to align with the current action-perception state, with pre-learning activity predicting these changes.