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Black parents have WHITE baby
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[QUOTE]Originally posted by MelaninKing: [QB] ^ Actually so many people take what we "see" for granted. The answers of why white people appear as "pink" and why red hair is red is easily given in explanation by simple physics and energy absorption. The fact that whites are "seen" as pink is a strong indicator in itself of whites being or being derived from Albinos. Visible light is merely a small part of the full electromagnetic spectrum, which extends from cosmic rays at the highest energies down through the middle range (gamma rays, X- rays, the ultraviolet, the visible, the infrared, and radio waves) all the way to induction-heating and electric-power-transmission frequencies at the lowest energies. Note that this is the energy per quantum (photon if in the visible range) but not the total energy; the latter is a function of the intensity in a beam. The visible light that humans perceive is a tiny fraction of the full electromagnetic spectrum (All of which blacks absorb). We can detect the range of light spectrum from about 400 nanometers (violet) to about 700 nanometers (red). We perceive this range of light wavelengths as a smoothly varying rainbow of colors, otherwise known as the visual spectrum. [IMG]http://www.webexhibits.org/causesofcolor/images/content/33.jpg[/IMG] therefore, while black people appear brown or black is due to their skin ABSORBING all known wavelengths of radiation. White people and Albinos appear white or pink becasue their skin lacks melanin and therefore reflects rather than absorbs all known wavelengths except for the small intermediate wavelength of ~405-540nm. [b]Whites have "FAKE" Color[/b] [IMG]http://www.horrorseek.com/home/halloween/wolfstone/Lighting/colvis_EFGVisibleSpectrum.png[/IMG] Consider the color pink. Look at the rays of color cast from a prism illuminated by the sun, and you won't find pink. Look at the spectrum and you won't find pink there, either. Pink is not a "pure spectral color". There is no wavelength of light that corresponds to pink. But we can see it anyway. Where does it come from? It turns out that pink is a pale shade of purple - which doesn't really exist either. Purple is what your brain perceives when light enters your eye that stimulates about equal amounts of beta and rho, and no gamma at all. Beta and rho overlap from roughly 405 nm - 540 nm, and for most of that range, gamma will also produce a signal. The only place that we can get beta and rho without gamma is 405 nm - 425 nm. And in that range, beta is much more sensitive than rho. But what if you mixed two beams of light - one around 405 nm (which would stimulate only beta), and one from 675 nm (which would stimulate only rho)? With this setup, you can jam into the brain combinations of signals that do not occur with pure spectral colors. And in this case, the brain perceives the combination as pink (if it's a light shade) or purple (if dark). [/QB][/QUOTE]
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