Coming Soon, Super Vision
lil_nohreaga writes "Wired is reporting that several companies are developing electronically controlled lenses to provide enhanced vision. From the article: 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."
Would your eyes (or brain) adapt to that making your vision much worse when you're not wearing these "enhanced" glasses? (In much the same way as increasing eyeglass prescriptions cause your eyesight to deteriorate further and increase your prescription again.)
:)
I suppose it's only a matter of time before they make it so the thing is in your eye all the time (in contacts or implant form - I wonder if it could emit a red light to those looking at you?
FTA "Nobody has begged us to let them see a road sign two miles earlier." This kind of limited thinking is so rampant that this guy actually uttered this comment without any hesitation. The successful companies create products that enhance people's lives BEFORE they are begged. They create new technologies and then find applications.
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.
This sounds like a great idea, my only concern is what happens to your vision when you take off the glasses?
Will your vision be impaired when they are off due to the effect that the correction glasses have while they are on?
Will they cause headaches? Hallucinations?
He who knows best knows how little he knows. - Thomas Jefferson
If these lenses can change optics on the fly, wouldn't it be possible with some extra controll mechanisms to be able to optically zoom as well, that would really rock.
Reading the article, I find it very "pie in the sky". It stands to reason that if we have the ability to produce this sort of technology, then we're really behind in so many other areas by comparison. If we can make "pixelated lenses", then why don't we have car windows that automatically darken when sunlight gets too bright? If we can determine the abberations of a person's eye in such a small form factor, then why can't a car tell when the driver is squinting and only darken the glass where the light source that is causing the squinting is coming through? If all of this stuff can be done in such a small form factor, then why don't we have a market for "winter helmets" in cold regions that users can wear to warm their faces with heated air, play digital music via a bluetooth link from the music player in their pockets, provide a heads up display with newsticker, external temperature and wind speed, and the current track playing, and track eye movements for interacting with the music player, cellphone or PDA? That sounds technically feasible and would appeal to lots of people in areas where it gets cold in the Winter. Even more to the point, why do we have windsheild wipers when it would be possible to create a grid around a windsheild that blows hot dry air or possibly a laser grid to just melt snow and ice on contact? To me, all the applications I just came up with are in the same league with what this guy proposes. And I think his idea is much more far fetched than my own.
-"...bad old ideas look confusingly fresh when they are packaged as technology" - Jaron Lanier (Digital Maoism on Edge.o
Specifically, I wanted to bring up an unrelated topic...so mod me offtopic now. I recall some years ago a presentation by a researcher where they had made a hologram of a lens, corrected by some program to delete the flaws in the glass of the original optics. It was perfectly flat, and had a decent magnification power. To that end, I wonder; is this technology the final result of that one? And, if it is, why aren't they using the converse (making better lenses out of holograms) to make optically corrected contact lenses, and replacement corneas?
I'm just wondering...
Remove the spamfreak to speak.
I can imagine some serious eyestrain coming about if your eye has different ideas to the 'smart lens' about what is supposed to be in focus. The fovea (small area of retina that receives the focussed image) is pretty small. You try to focus on a roadsign 400metres away - the super lenses think you're looking at a tree 500metres away. Hellish biofeedback loop ensues. It's giving me a headache just to think about it...
Is this another scientific application that will take years to produce before the rest of us can afford it? probably. Much less have some level of style where we weren't embarrased to wear them in public? I think so.
Ok, so I am a little skeptical... the computers and sensors they plan to attach to the glasses will be cumbersome, and the piece about "dynamic adjustments" sounds a little far fetched. And where do the batteries go??
You might as well add a zoom and x-ray vision to the product suite.
I think better applications that weren't mentioned would be for when good vision is required for safety or a cool factor - snowboard/ski goggles, commercial airline/helicopter pilots, bus drivers, police, military (mentioned), professional atheletes, etc......
austintsmith.com
I tell you what, the computer running these things better be secure...
* puts together a cunning means to pwnz them, and a nifty blue and white logo with a scrolling quote from Catcher in the Rye *
Now, if you'll excuse me I have a pharmaceuticals giant to bully.
Real Daleks don't climb stairs - they level the building.
The technology is still improving so I always tell my friends they might want to hold off on "getting etched" unless they just can't stand the contacts anymore. Might as well get the best possible correction.
What makes me wonder about this article is that although the PR makes it sound like these lenses move around while you're wearing them, I see nothing that actually says that. The other company doing "optimized" optics seems to just grind a lense based on scans. So does that mean you have to hold your eyes steady? If so I think I'll wait until they get something that dynamically tracks the eye before I get what would be for me a cosmetic product.
For that matter, maybe I'll wait until they have a switch-on binocular/microscope mode built in too.
Someone had to do it.
Simple blink codes could work, but I'd hate to be driving and accidently blink a code..
they teach you a bit about the mechanics of shooting (zeroing the rifle, holding steady, leading a moving target, estimating bullet drop, etc.) but a lot of what you learn is how to gauge distance and wind. There are a number of ways to gauge each (in the desert, the wind affects the "heat shimmers" you see in the air; in open field terrain, grass etc. moves in the breeze). This is the most difficult part of shooting well at extreme distances, because across long distances the wind may differ between the shooter and target.
.50 caliber jobs you need for really long-range shooting, anyway. The classes were intense and very interesting in an abstract fashion. Fortunately, I was never called on to put any of this knowledge to practical applciation.
The Army's standard-issue sniper rifles aren't the
And as the parent says, close combat in cities (MOUT--Military Operations in Urban Terrain) moots most extreme long distance shooting. There's just too much maneuver for a sniper to be effective from a fixed postion with a long view.
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Nah, just having something else that we control specifically. Such as you open your eyes wide to have them zoom in, and squint to zoom out (or vice versa). It only works when you hold them past a certain threshold for a bit, so blinking won't activate it.
Fly me to the moon Let me sing among those stars Let me see what spring is like On jupiter and mars