Solutions with Henry Blodget The Future of Mind-Controlled Computers, According to Neuralink’s Rival
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Feb 16, 2026 Michael Mager, co-founder and CEO of Precision Neuroscience, leads development of safe, minimally invasive brain-computer implants. He explains how thin-film surface arrays work, contrasts non-penetrating vs penetrating designs, and describes wireless, rechargeable fully implanted systems. He discusses clinical use cases, temporary implants for bedside demos, training for paralyzed users, and timelines for permanent implants and regulation.
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Brain Signals Can Drive Computers
- Brain activity is electrical and can be recorded and decoded to control external computers.
- Precision Neuroscience targets that signal to enable thought-based control for people with paralysis.
Surface Arrays Avoid Brain Damage
- Precision uses an ultra-thin film array that sits on the brain surface instead of penetrating it.
- This approach preserves neurons while still providing high-bandwidth neural signals.
Design For Wireless, Scalable Implants
- Make implants fully wireless and hermetic to scale beyond lab experiments.
- Use semiconductor photolithography to manufacture dense electrode arrays for reliability.