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This podcast's purpose is to bring together the field of neuroprosthetics / brain machine interfaces / brain implants in an understandable conversation about the current topics and breakthroughs. We hope to replace needing to read scientific papers on new research in an easy to digest way. Then people can share thoughts or ideas to facilitate 'idea sex' to make the field of brain implants a smaller and more personal space

Dec 3, 2018

Jack Judy is the director of Nanoscience Institute for Medical and Engineering Technologies at
the University of Florida He serves to bridge the divide between engineering, medicine, and the
sciences through the work he does with neurotechnologies and neural implants. He has focused
on peripheral nerve interfaces and how stimulating these could help amputees in the Wounded
Warrior Project. He has worked with DARPA for several years where he has revolutionized
biotechnology and biomedicine to confront issues many in the field were ignoring.

Top Three Takeaways:
1. Biomedicine and biotechnology provide an avenue for innovation in the future of neural
implants that could provide alternative forms of treatment for certain treatments.
2. Many issue concerning neural implants are not being discussed openly which thwarts
improvement in much for the field.
3. The field of biotechnologies and biomedicine has potential but very strong challenges
that include funding, research, and over excitement without delivery.

Show Notes
[0:00] Jack Judy Introduces himself
[2:50] Ladan asks about the approaches Judy and his colleagues are taking in building physical
objects that will work with neural tissue.
[6:30] Judy explains how higher channel counts in neural implants could compromise good
electrical connection.
[11:30] Judy explains how he got involved in the field of neurotechnology through DARPA.
[16:00] Judy explains the problems he perceives in neurotechnology.
[22:30] Judy explains how he worked with DARPA to serve the nation and assist the defense.
[26:00] Judy explains how DARPA chose to shed a light on the reliability issues
neurotechnology has.
[29:05] The hype cycle concerning MEMS technology is discussed; the relationship between the
hype cycle of neural implants is also explained.
[37:00] Judy acknowledges the excitement in the field of biomedicine, but he advocates for
research and funding.
[43:00] Judy explains how the field does face obstacles but the strong engineering school and
strong medical school in close proximity at the University of Florida provides a good
environment for progression.