Ressource pédagogique : Brain to Brain approaches to joint actions

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Description (résumé)

Joint actions require an ability to understand and predict the actions of others far enough into the future to have time to plan and execute matching motor programs. Here I will review experiments in which we have tracked information flow from one brain to another to show that the motor system seems to play a key role in these functions. I will embed this experimental data in a Hebbian learning model, which posits that predictions are the result of synaptic plasticity during self­observation. Jointly this talk will aim to trigger thoughts on how we can study the involvement of the motor system in coordinating actions across individuals

"Domaine(s)" et indice(s) Dewey

• Interaction sociale, communication (302)
• Danse (792.8)

Thème(s)