The electrical chatter of single neurons and groups of neurons is a language. The problem of learning how to interpret what the electrical signals are in the brain, what they mean is a little bit different from individual to individual. That's kind of where the artificial intelligence angle comes from. And that was part of the technological change that occurred in the field of brain and computer interfaces as we moved from the 90s into the 2000s.
Precision Neuroscience’s Co-Founder and Chief Science Officer joins Molly to discuss how the brain communicates with the body (7:08) and the breakthroughs that allowed companies like Precision to exist. (12:52) Then, they discuss Precision’s founding principles, the process of getting FDA approval for its neural interface, and much more. (28:55)
(0:00) Molly kicks off the show
(1:27) Dr. Rapoport’s origin story
(7:08) How the brain communicates with the body
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(12:52) Breakthroughs in neuroscience
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(24:06) The tension between public and private institutions
(28:55) The founding principles of Precision Neuroscience
(33:21) The Layer 7 interface and preparing for FDA approval
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(42:07) Minimizing risk
(45:25) Interfacing with different areas of the brain
(47:06) Medical infrastructure and the business model of med-tech
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