We’ve seen artificial corneas that could replace damaged organic corneas, but how about a digital image sensor that adjusts itself like a human retina? That’s exactly what John Rogers at the University of Illinois is creating. An improved method of transferring silicon sensors onto a curved surface allowing for the sensor to capture wide-angle views with low distortion. Because it avoids using a conventional flat surface for image capturing, this digital retina is able to perform feats that ordinary cameras cannot. It’ll eventually lead to advancements in security surveillance and capturing wildlife footage.

Using conventional chip manufacturing technology, John Rogers and his colleagues have found a way to bend silicone without forming creases in it. The camera they built has only 256 pixels, making it a low-resolution camera, but they claim the same technique used to craft this camera could be used to craft a wide-angled megapixel camera.  The ladies dorm just got more accessible, Porky’s-style.

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I bet you’re wondering why Geordi LaForge was always so glum. If you’ve ever gotten a scratch on your cornea, you’d know how painful it can be. Thankfully, researchers at Stanford University have developed a new artificial cornea. I’m not talking about eyeball lamps either, these are real corneas for real eyeballs. Animal studies incorporating the cornea are showing promise, which could lead to the elimination of cornea transplants completely. It’s made up of two interwoven polymer gels, reminiscent of a contact lense. One layer provides durability while the other absorbs water, assisting the eye by keeping it nourished.

Because many people suffer loss of sight due to corneal disease, these new artificial corneas could be someone’s chance to get their vision back. As for Geordi, well, he doesn’t need new eyes. He’s got that kick ass VISOR that picks up electromagnetic signals across the entire EM spectrum.

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