HeyJaredNeural Implant podcast - the people behind Brain-Machine Interface revolutions
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.
- Indexed episodes, last 90 days
- 3
- Latest publication
- Aug 10, 2026
- Audience
- Checking…
- Earliest in this view
- Jul 13, 2026
Latest episodes
Samuel Browd | Venture Studios, BCI, and Digital Neurosurgery (opens the original)
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Dr. Samuel Browd is a pediatric neurosurgeon, professor at the University of Washington, and Co-CEO/Chief Medical Officer of NeuFluent , a venture studio focused on neurological technologies. In this episode, we discuss his path from early neuroscience research and pediatric neurosurgery into device development, brain-computer interfaces, and the challenge of moving promising neurotechnology from universities into real clinical use. We also explore the idea of "digital neurosurgery": how neurosu
Jin Hyung Lee | Visualizing Brain Circuits with EEG and AI (opens the original)
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Dr. Jin Hyung Lee is an associate professor at Stanford and founder of LVIS , a company translating years of brain circuit research into clinical software for neurological care. In this episode, we discuss how her team thinks about the brain as a circuit system, why neurological disorders can be difficult to diagnose with today's tools, and how LVIS's NeuroMatch platform aims to use EEG data to visualize brain network function in a more accessible way. We also talk about why EEG remains clinical
JB (NextSense) | Ear EEG Earbuds That Measure and Improve Sleep (opens the original)
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In this episode of the Neural Implant Podcast, JB , founder and CEO of NextSense , discusses how his team is transforming ordinary-looking earbuds into wearable brain interfaces capable of recording EEG directly from the ear. Originally incubated inside Google X before spinning out as an independent company, NextSense combines consumer electronics with neuroscience to monitor sleep, enhance slow-wave activity through closed-loop audio stimulation, and explore future applications ranging from epi
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