Now, alarmed by sunken features and sagging skin, newly svelte patients are flooding med spas and plastic surgery clinics, desperate to plump, lift and smooth their way back to a youthful glow. These ...

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 ...

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 ...

You have to zap your eyes with laser pulses to see it ... intensity outside the range of colors normally seen by the human eye. “The level of saturation is off the charts”, Ren Ng, a computer ...

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 ...

Our editors tested many eye creams ourselves ... office procedures around the eyes include ablative skin resurfacing, fractional ablative resurfacing, radiofrequency microneedling, plain ...

Meet Carl Quimby, Nashua's optimistic optometrist going on 68 years in practice. Through a so-called blurb that appeared in a 1906 edition of a now-former Nashua daily newspaper, a local optician ...

UC Berkeley computer scientists and vision scientists have developed a technology that enables the human eye to see a new color ... researchers can project the laser of a single wavelength ...

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 ...

This is what Oz does: it makes Olo visible. Oz uses weak laser doses to activate specific photoreceptors in the eye. This is the only way to see the color. The developers chose the name regarding ...

They then scanned the retina with a laser, adjusting for eye movement, and fired short pulses directly at these cells. The effect, they report in Science Advances, is a vivid, moon-sized patch of ...