Color Spectrum. The term definitely does sound familiar, thanks to high school science. I recall my class on color spectrum way back in school, it was one of the most fascinating science classes of the semester, and then we were made to work in among the “cool” science labs on COLORS! We’re supposed to divided the white light and look at refraction of light. I was absolutely puzzled at once. How on earth was I supposed to split some white light into several colors and refract it? The whole concept was insane until my teacher made sense out of my chaotic way of thinking. We were given a prism (a three dimensional triangle shaped figure made out of glass).

Anyway, and so the idea of a color spectrum is very fascinating. Based on Newton, white light is made up of 7 colors, Red, Orange, Yellow, Green, blue, Indigo and Violet.

Color Spectrum
The moment light passes via the prism, that is a 3 dimensional glass triangular figure, it scatters or separates into various colors. These colors produce the white light as a whole. The swathe of colors that we get after the splitting up of light is called a color spectrum. The reason for rainbow may be described by the occurrence of dividing of light straight into 7 colors. The water droplets suspended in the air work like a prism then when sunlight goes through these droplets, it splits into what’s typically referred to as a rainbow.

Scientists have created instruments to check the sensation of breaking of light, they’re known as spectrographs.
In the year of 1666, Isaac Newton made an experiment to study this phenomenon. He built a hole in the window shade to let a ray of daylight move to a completely darkened room. In front of this hole, he placed a prism whereby the ray of light might pass. Once the ray of light handed down from the prism, it refracted and appeared like a dispersing gleam with a swathe of colors. The colors obtained right after such refraction were noted to be the same as those noticed in a rainbow and quite remarkably in the same way. These colors were taken on the white wall put into the area by Newton.

Through his findings of light emerging in the prism and its capture on the white screen, Isaac Newton concluded that the white sunlight was composed of or possibly is composed of a blend of various lights, each light featuring its own color that is very real and exclusive. Newton also concluded that every color refracted at distinct aspects and levels, violet refracted by far the most and the red, the least. Moreover, Isaac Newton also learned that after acquiring the color spectrum, when the different light beams had been built to pass through a prism once again, the resultant exiting gleam would have been a single ray of white light.

The primary development made by Isaac Newton could be that the colour of everything in nature relies on the type of light It transmits on the eye.

For additional information on pantone waaier, make sure you take a look at our web page at colourdirect.nl.