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Implant Gives Grayscale Vision To the Blind Using Lasers
MrSeb writes with a bit from Extreme Tech: "After a lot of theorizing, posturing, and non-human trials, it looks like bionic eye implants are finally hitting the market — first in Europe, and hopefully soon in the U.S. These implants can restore sight to completely blind patients — though only if the blindness is caused by a faulty retina, as in macular degeneration (which millions of old people suffer from), diabetic retinopathy, or other degenerative eye diseases. ... The Bio-Retina, developed by Nano Retina, is a whole lot more exciting. The Bio-Retina costs ... around the $60,000 [and] the 576-pixel vision-restoring sensor is actually placed inside the eye, on top of the retina. The operation only takes 30 minutes and can be performed under local anesthetic. Once installed, 576 electrodes on the back of the sensor implant themselves into your optic nerve. The best bit, though, is how the the sensor is powered: The Bio-Retina system comes with a standard pair of corrective lenses that are modified so that they can fire a near-infrared laser beam through your iris to the sensor at the back of your eye. On the sensor there is a photovoltaic cell that produces up to three milliwatts — not a lot, but more than enough."
I think I'll wait for the high res apple version with retina display ;) The resolution on these bad boys blows.
(disclaimer, I hate apple but couldn't help myself).
This is super cool, if it works, but I'll shit golden sunshine before I let someone near my eyeball with a knife!
If you were blind would you care?
I'm always happy for research done to improve mobility and functioning for disabled people. Not enough is done to help those who are vision, mobility, or hearing impaired. That said... be really careful out there. There's way too many people who are scared by anyone who looks different. Steve Mann was recently attacked for having a digital eye prothetic by employees of a McDonald's. There didn't appear to be any motive for the assault other than a fear of his prothetics. His family was with him at the time.
I've heard similar reports of people being attacked who have brain implants to deliver electrical stimulation due to epilepsy, depression, etc. If it's visible, sooner or later some stupid neanderthal bastard's going to attack you for it. I personally think it should be a hate crime to attack a disabled (or 'augmented') person... but it's still more science fiction than science fact to our legislators to consider, I think.
#fuckbeta #iamslashdot #dicemustdie
They claim a 24x24 pixel image. The video shows a low-resolution grey scale video of a kid on a swing. Looks fantastic if you consider going from blind to THAT. However I paused a frame and the kids head was 12 pixels wide. So the overall image is probably at least 120 to 240 wide - many times higher resolution than the device actually produces. So the video is not actually representative. With further advancements one can hope (expect?) that the resolution will increase over the years. Gives new meaning to "retina display".
Eyes ain't the only thing being replaced by tech
A buddy of mine is a type 1 diabetic; he was simply born with a faulty pancreas. For the majority of his life, he dealt with constant insulin injections, as typical for a diabetic. A few years back however, he was upgraded to an external pump. It looks just like an old beeper, and plugs into a semi-permanent* injection point under his shirt. Whenever he eats, he just has to push a few buttons on the pump and it steadily drips the correct amount of insulin into his blood stream
Of course, a pancreas isn't nearly as complex as an eye, so I'm glad to see science and medicine marching onward. Given that these advancements have happened in just a few short years, has me excited to see what will happen in this field within the next decade or so.
*semi-permanent: He stab himself once every few days, and there's a whole bracketing system roughly the size of a silver dollar that glues onto his skin and keeps the needle/tubing at the correct depth.
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You might find that the 576 pixels gives the patients better vision than you'd imagine. They'll not be driving or reading any small-print, but our eyes are not massively high res to start with and the brain does a ton of work to scan them around to put the scene together and enhancing the result "post-production". Of course compared to blind even if it isn't all that good it'll still be a massively life changing improvement.
Just think: in a few decades time "you'll go blind" will no longer be a threat to 14 years olds...