Will This “Neural Lace” Brain Implant Help Us Compete with AI?
Table of Contents
That work has been going on since early 2000, and really is motivated from our early work in developing new classes of nanoelectronic devices based on nano-scale wires on a chip-based platform. But ultimately, biology is very much three-dimensional. While one can stick something more or less planar into a tissue in three dimensions, it’s really not the way biology behaves—a lot of the connectivity in three dimensions is important.
Source: nautil.us
