Skip to contentSkip to filters

We use cookies for analytics.

Neural Population Perspectives on Learning and Motor Control

Neuroscience, Behavioral Neuroscience, Biomedical Engineering and seminar by Prof Aaron Batista, University of Pittsburgh

Hosted by SWC Symposium

Friday 14:50–16:00 London (GMT+1)

Recording available

Online
Crowdcast may ask you to register before the replay starts.

Abstract

Learning is a population phenomenon. Since it is the organized activity of populations of neurons that cause movement, learning a new skill must involve reshaping those population activity patterns. Seeing how the brain does this has been elusive, but a brain-computer interface approach can yield new insight. We presented monkeys with novel BCI mappings that we knew would be difficult for them to learn how to control. Over several days, we observed the emergence of new patterns of neural activity that endowed the animals with the ability to perform better at the BCI task. We speculate that there also exists a direct relationship between new patterns of neural activity and new abilities during natural movements, but it is much harder to see in that setting.

Topics