We perceive colour via the retina at the back of the eye, which typically contains three types of light-detecting cone cells – called S, M and L – that absorb a range of blue, green or red ...

The human eye perceives colour via three types of photoreceptor or “cone cells” in the retina. S cones pick up shorter, blue wavelengths of light; M cones detect medium, green wavelengths ...

Sasha Rakovich receives funding from the Royal Society (Public Engagement Fund PEF\R6\6002 funds Transcending the Invisible project). As many people sit at the wheel of their car, they are certain ...

There are three types of cone cells in the eye – S (short), L (long) and M (medium) - each one sensitive to different wavelengths of light. By stimulating only M cones, the five participants claim to ...

While 'rods' are sensitive to motion, 'cones' are sensitive to light, with each responding to a different colour. In Dr Jackson's video, the cyan filter only lets through cyan-coloured light ...

The colour, described as an incredibly rich ... cells typically responsible for detecting medium wavelengths of light. Why the name Olo? The name Olo comes from the binary 010, in which the ...

“Subjects find that they must desaturate olo by adding white light before they can achieve a colour match with the closest monochromatic light, which lies on the boundary of the gamut ...

Scientists at the University of California, Berkeley found a way to manipulate the human eye into seeing a brand-new colour. Their technique uses tiny doses of laser light to individually ...

The two-volume catalogue illustrates all 95 works in magnificent colour, with the photographic images mostly by James Stevenson and Ken Jackson. Bathed in a cool, legible light, the statues are ...

[Courtesy of James Fong and Congli Wang] The human eye perceives colour via three types of photoreceptor or “cone cells” in the retina. S cones pick up shorter, blue wavelengths of light ...

Subjects find that they must desaturate olo by adding white light before they can achieve a colour match with the closest monochromatic light, which lies on the boundary of the gamut, unequivocal ...