Brain-to-Brain Communication Has Arrived - How We Did It

Explore groundbreaking neuroscience research in this TED Talk by Miguel Nicolelis, the scientist behind the brain-controlled exoskeleton that enabled a paralyzed man to kick off the 2014 World Cup. Delve into Nicolelis' latest work on brain-to-brain communication, including experiments with rats and monkeys that push the boundaries of scientific imagination. Learn about the development of brain-machine interfaces, the creation of avatar arms controlled by thought, and the innovative BRA-Santos Dumont 1 exoskeleton. Discover how artificial skin enhances sensory feedback in exoskeletons and witness the emotional journey of Bruno's first steps. Gain insights into motor brain-to-brain interfaces and the fascinating concept of "Brainets," where multiple animal brains collaborate to achieve common goals. This cutting-edge presentation challenges conventional notions of brain function and offers a glimpse into the future of neurotechnology and human-machine interaction.

Intro
A BRAIN MACHINE INTERFACE
MONKEY CONTROLS AN AVATAR ARM: JUST BY THINKING
BRA-SANTOS DUMONT 1
BRAIN CONTROL OF EXOSKELETON
ARTIFICIAL SKIN FOR EXOSKELETON SENSING
O Primeiro Andar de Bruno
The Original World Cup Kickoff
Motor Brain-to-Brain Interface
TWO MONKEYS INTERACTING MENTALLY TO ACHIEVE A COMMON MOTOR GOAL
A 3 MONKEY BRAINET AT WORK