The science behind #shoegate explains why some people see grey and others see pink – and it has nothing to do with creativity

I think the photo was taken in a dark environment with a green flashlight, and I find it strange that the green light reflects on the thumb and palm in the photo. He suspected that the actual colors of the shoe might look white, green, grey, and green to some people, despite what Cheung said.

“When the green light is projected onto the white shoelaces, they will come off as green. Also green plus pink equals grey.”.

Cheung listed several factors when asked about the reasons why individuals perceive it differently. He mentioned that if someone gazed at the image for an extended period, their brain would gradually adjust to the hues, resulting in decreased sensitivity towards them.

“Cheung mentioned, ‘The color will change from white to green. Our cells are sensitive to light green because they have adapted to perceive the color. You will notice that the shoelaces are no longer green, but if you stare at them for a while, you will realize they have turned green.'”

He added that if the “green light” cells function less, the grey would seem pink, leading to a potential dominance of cells that are sensitive to red and blue light.

Cheung mentioned that there were also other factors at play in how our vision worked. He explained that certain lights are sensitive to our cone cells, which are responsible for our ability to perceive different colors and recognize them.

Cheung also said that the sensitivity to perceive colors varies from person to person, as some people might be born with a larger number of cone cells, which are responsible for perceiving different colors. The reason for this is because there are fewer light-sensitive cells in our retina, which is affected by macular degeneration. Additionally, as we get older, our perception of colors can also start to fail.

Cheung stated, “In that case, the color grey might seem pink due to the decrease in intensity of green light caused by yellow.” Cheung explained that it is similar to wearing yellow-tinted sunglasses, where everything you see is affected by a yellow filter. Furthermore, Cheung mentioned that the aging process also leads to the yellowing of the lenses in our eyes.

Our cone cells are activated by light, allowing us to perceive the true colors and bringing us closer to understanding the picture. The brightness of the picture could further impact the perception, as he explained.

If you want to increase the saturation level of the picture, you might try experimenting with pink and white. He did an experiment like that, at least recently if not last.

He said that this exercise imitates the activities of our sensitive cone cells. If we are more sensitive to colors, we can accurately determine the real meaning of more colors. Our cells are activated towards different colored lights, imitating the saturation sensitivity.