There’s no working prototype yet, but Super Vision Sans Bionics certainly…caught my eye:
At the heart of PixelOptics’ technology are tiny, electronically-controlled pixels embedded within a traditional eyeglass lens. Technicians scan the eyeball with an aberrometer — a device that measures aberrations that can impede vision — and then the pixels are programmed to correct the irregularities.Traditional glasses correct lower-order aberrations like nearsightedness, farsightedness and astigmatisms. PixelOptics’ lenses handle higher-order aberrations that are much more difficult to detect and correct.
Thanks to technologies created for astronomical telescopes and spy satellites, aberrometers can map a person’s eye with extreme accuracy. Lasers bounce off the back of the eyeball, and structures in the eye scatter the resulting beam of light.
Software reads the scattered beam and creates a map of the patient’s eye, including tiny abnormalities such as bumps, growths and valleys. The pixelated eyeglass lens is then tuned to refract light in a way that corrects for those high-level aberrations.