Laser-assisted in situ keratomileusis (LASIK) surgery to correct your vision often causes temporary dry eye. It may also improve preexisting dry eye. According to the American Refractive Surgery ...

Scientists have created a new platform called 'Oz' that uses laser light to control up to 1,000 photoreceptors in the eye at once. Using Oz, the researchers showed people images, videos and a new ...

But here's the deal: You can see it only by being shot in the eye with a laser. Scientists at the University of California, Berkeley, who have witnessed the new color they dubbed "olo" described ...

A laser will be fired into one of your eyes, targeting more than a thousand of your cone cells. (The scientists will have mapped their location on your retina in advance.) The lasers will activate ...

Researchers from the University of California, Berkeley have announced the discovery of a color never before seen by the human eye. Through a new study, published in Science Advances, researchers used ...

Well, you'll need a shot of laser blasted at your eye. Just a little shot, really. But first, it's worth understanding how we see regular colors in the first place. Humans have two types of cells ...

Human perception of color is regulated by three types of cone cells in the eye. By artificially stimulating just one type with a laser, researchers and study participants experienced a new color ...

BERKELEY, Calif. (WKRC) - A group of scientists claimed they discovered a new color, but it can only be seen by getting shot in the eye with a laser. The researchers behind the study, which was ...

As per the research paper, the method follows an experiment in which researchers in the US had laser pulses fired into their eyes. The participants claim to have witnessed a blue-green colour.

The catch? You have to zap your eyes with laser pulses to see it. Five scientists at the University of Berkeley used laser technology to selectively activate cells in their retinas, to push their ...

This allowed them to track each person’s eye movements and train laser light on individual cone cells. They then stimulated just the M cones with microdoses of laser light. To test what the ...