Brain Machine Interfaces

with Miguel Nicolelis | Neuroscientist | Professor of Neuroscience, Duke School of Medicine

Pioneering neuroscientist Miguel Nicolelis investigates how brains encode sensory and motor information. His groundbreaking work demonstrates that animals and humans can use their electrical brain activity to control neuroprosthetic devices with Brain Machine Interfaces and collaborate synchronistically.

COLLAPSE

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Module 1

Breakthroughs in Brain-Machine Interfaces

video

1.1 First Telepathic Control

summary

1.2 First Telepathic Control

exercise

out of 1 Points

1.3 Proto-Doctor Octopus

office hours

1.4 Miguel Nicolelis Q&A

Module 2

First Artificial Senses

video

2.1 First Artificial Senses

summary

2.2 First Artificial Senses

office hours

2.3 Miguel Nicolelis Q&A

discussion

2.4 Augmenting the Senses

Module 3

First Brainets

3.3 Incentivizing the Encoder

video

3.4 The First Human Applications

summary

3.5 The First Human Applications

discussion

3.6 The Future & Ethics