Ever since the gap between neural and silicon circuits was bridged through a common electrical language,
neural interface technologies have pushed us towards medical advances that border on the biblical: the deaf hear, the blind see, and the motionless move. Cochlear implants have been an unprecedented success in biomedical engineering
(1) and may only be surpassed by the visual implants currently in development
(2). The first tetraplegics with implants allowing them to move robotic limbs have been veteran cyborgs for half a decade
(3), and many amputees now have prosthetics that they can use to move and feel
(4). Even simple direct stimulation technologies