which essentially allowed the human eye to perceive a color "that never occurs in natural vision," the study read. Getty Never miss a story — sign up for PEOPLE's free daily newsletter to stay ...

Eventually, Oz could potentially be applied on the fovea — the central part of the retina that enables super-sharp vision — but "it will be a significant challenge in practice," Fong said.

which essentially allowed the human eye to perceive a color "that never occurs in natural vision," the study read. Related: Sharks Swimming in Waters Near Brazil Test Positive for Cocaine ...

Once cones are activated, color vision relies on the brain to interpret the activation patterns of these three types of cells across the retina. Each pattern acts like a code, with different codes ...

Cones are a type of photoreceptor cell located in the retina of the eye. Their primary function is to enable color vision. The team states that the current color reproduction technologies operate ...

From the retina, images are sent via neurological and chemical signals to the brain ... it may help further our understanding of color blindness and give people the ability to perceive the world like ...

Humans can now see in the dark and even with their eyes closed using nanotechnology contact lenses, according to a new study.

The retina is the layer of cells positioned at ... Cones are responsible for giving us our color vision. They’re concentrated in the macula. Human eyes have three types of cone cells: red ...

While studies show that Color Blind glasses are usually ineffective, so users do report a small but noticeable difference in their color perception.

There are several types of color blindness. Color vision deficiency or loss has multiple possible causes, including genetic factors and eye damage. Many people with color vision deficiency have ...