If Elon Musk’s Neuralink brain-implant venture succeeds in its effort to create next-generation brain implants for artificial vision, the devices could bring about a breakthrough for those with impaired sight — but probably wouldn’t match Musk’s claim that they could provide “better than normal vision,” University of Washington researchers report.
In a study published today by the open-access science journal Scientific Reports, UW psychologists Ione Fine and Geoffrey Boynton point out that the brain’s vision system relies on complex interactions between neurons that don’t directly translate into a pixel-by-pixel picture.
“Engineers often think of electrodes as producing pixels, but that is simply not how biology works,” Fine said in a news release. “We hope that our simulations based on a simple model of the visual system can give insight into how these implants are going to perform. These simulations are very different from the intuition an engineer might have if they are thinking in terms of a pixels on a computer screen.”
