now this would make the coolest monitors ever....

[Vos]

assuming you can handle contacts on your eyes...

http://www.msnbc.msn.com/id/22731631/wid/11915829?gt1=10841

[zanthor]

Combine that with:

http://www.gizmag.com/go/7403/

And we are on the next step to seeing who can really multitask well ;) .

[Diamndzngunz]

assuming you can handle contacts on your eyes...

http://www.msnbc.msn.com/id/22731631/wid/11915829?gt1=10841I really don't see how this could work. How would your eye be able to focus in on something that close to your eye? Looks sick as hell tho.

[marvein]

assuming you can handle contacts on your eyes...

http://www.msnbc.msn.com/id/22731631/wid/11915829?gt1=10841I really don't see how this could work. How would your eye be able to focus in on something that close to your eye? Looks sick as hell tho.same way the eye-cam monitor works, it has to do with the size and resolution.

[Suvega]

assuming you can handle contacts on your eyes...

http://www.msnbc.msn.com/id/22731631/wid/11915829?gt1=10841I really don't see how this could work. How would your eye be able to focus in on something that close to your eye? Looks sick as hell tho.same way the eye-cam monitor works, it has to do with the size and resolution.Or the optics and focal point/plane :P

[Vos]

I really don't see how this could work. How would your eye be able to focus in on something that close to your eye? Looks sick as hell tho.FtFA :)

Focusing on image quality
Some scientists have been less gung ho. Daniel Palanker, a retinal implant expert at Stanford University ('http://www.stanford.edu/'), questioned the ability of a display generated by the contact lens to produce a sharp image on the retina of its wearer’s eye, noting that the normal focal distance for seeing objects clearly is about 25 centimeters in front of a person’s eye.But Glenn Chapman, a professor in the School of Engineering Science ('http://www.ensc.sfu.ca/') at Simon Fraser University in Burnaby, British Columbia, said researchers could overcome that obstacle by precisely adjusting the angle of incoming light emitted by diodes on the contact lens.