Scientists Learned How to Trick Our Eyes Into Seeing an Entirely New Color

Black mirror, eat your heart. Researchers probably realized how people see a completely new color for humanity.

Scientists of the University of California, Berkeley conducted research, published Friday in science advances. Using a technique called Oz, the research team forced to see human volunteers another color from the “natural human gamut.” Oz, scientists may allow previously impossible practices, the authors and the lessons we learn from it can help people in color.

There are certain photoreceptive cells known as cones that allow you to see the colors in our retina. There are three types of cones that match different wavelengths: short wavelength (s) cones, medium wavelength (m) cones and long wavelength (L) cones.

Usually, when we try to reproduce color to the eye of the color, we do this by manipulating the light spectrum of the retina by the cones. However, some of our cones, especially when our m cones respond to certain wavelength, there are theoretical colors there that our eyes can never see. Berkeley researchers based on their previous work say they find a way around this restriction.

If you want to mix and adapt and adapt and adapt to different wavelengths, your own oz system stimulates individual cone cells using secure microdos of laser light. These dosages only realized how to activate the Messions of people only by applying the correct space pattern – how to produce a new color.

Five people with normal vision of the OZ system have tried over volunteers. After activating their M-sole cones, volunteers see the “unprecedented saturation” blue-green. Researchers worked in this new color in Olo.

To confirm that being an original new color, the researchers also performed color-appropriate tests for volunteers. These tests ask people to make a color to adapt to one of the three main colors (red, green, blue). Volunteers were able to adapt only Olo’s saturation, which shows that this is outside the natural borders of our color.

Scientists have been able to stimulate several cone cells several times, but the OZ system shows that it is possible to stimulate thousands of cone cells at once. Researchers are hopeful that OZ can use all kinds of potential.

“Olo is not necessarily cool, but we all know how to use technology,” Doyle, who is the fourth annual doctoral in electrical engineering, as a fourth annual doctoral program, as the same accurate system used in retinal disease, using the same exact system to simulate the cone loss. “

Other members of the research group ensure that it is possible to stimulate Retina’s cones and expands the brain in a way that a person can live in a way with a fourth cone cell. The same approach can also allow researchers to allow people to miss a cone type (like color blindness) to survive the missing colors in accordance with people.

“Basically we feel like this is a platform that we can use to make a new experience for a new experience,” Doyle said.

Sounds beautiful. But in person, I hope that one day I will be able to see the colors of Olo and the other world.