Elon Musk isn't content with electric cars, shooting people into orbit, populating Mars and building underground tunnels to solve traffic problems. He also wants to get inside your brain.
His startup, Neuralink, wants to one day implant computer chips inside the human brain. The goal is to develop implants that can treat neural disorders — and that may one day be powerful enough to put humanity on a more even footing with possible future superintelligent computers.
Not that it's anywhere close to that yet.
In a video demonstration Friday explicitly aimed at recruiting new employees, Musk showed off a prototype of the device. About the size of a large coin, it's designed to be implanted in a person's skull. Ultra-thin wires hanging form the device would go directly into the brain. An earlier version of the device would have been placed behind an ear like a hearing aid.
But the startup is far from a having commercial product, which would involve complex human trials and FDA approval among many other things. Friday's demonstration featured three pigs. One, named Gertrude, had a Neuralink implant.
Musk, a founder of both the electric car company Tesla Motors and the private space-exploration firm SpaceX, has become an outspoken doomsayer about the threat artificial intelligence might one day pose to the human race. Continued growth in AI cognitive capabilities, he and like-minded critics suggest, could lead to machines that can outthink and outmaneuver humans with whom they might have little in common. The proposed solution? Link computers to our brains so we can keep up.
Musk urged coders, engineers and especially people with experience having “shipped” (that is, actually created) a product to apply. “You don't need to have brain experience," he said, adding that this is something that can be learned on the job.
Hooking a brain up directly to electronics is not new. Doctors implant electrodes in brains to deliver stimulation for treating such conditions as Parkinson’s disease, epilepsy and chronic pain. In experiments, implanted sensors have let paralyzed people use brain signals to operate computers and move robotic arms. In 2016, researchers reported that a man regained some movement in his own hand with a brain implant.