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biohybrid neural interface

Also known as biohybrid BCI, bio-hybrid neural interfaces

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Science, uses engineered stem-cell-derived neurons that can form biological connections with the brain

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20261 event
  1. as of Mar 2026Capability
    Science: uses engineered stem-cell-derived neurons that can form biological connections with the brain
    uses engineered stem-cell-derived neurons that can form biological connections with the brain
    “we seed the implant with living neurons” 30:43
    Unverified1 source· Talk

Talks 1

53:20
The Future Of Brain-Computer Interfaces

Max Hodak explains that brain-computer interfaces are a broad class of technologies, with different designs suited to different medical needs. He describes Science’s Prima retinal implant, which stimulates bipolar cells to restore useful black-and-white vision, and explains why preserving retinal processing can produce coherent images. The talk also covers neuroplasticity, the promise and tradeoffs of biohybrid neural interfaces, and how neural engineering may complement drug discovery. Hodak shares how he started Neuralink and Science, and argues that advances in electronics and neuroscience could expand BCI applications over the coming decade.

Mar 9, 2026· 53 minDiscussed 11:03