Page 152 - Photosynthesis: The Green Miracle
P. 152

Adnan Oktar



                   Rays of Different Wavelengths are Perceived

                   as Different Colors

                   All the colors we see have a specific wavelength and frequency. Red,
              for example, has a longer wavelength than violet. We can see colors be-
              cause our eyes have been created in such a way as to perceive these nar-
              row wavelengths and our brains in such a way as to interpret them.
                   A wavelength of light is defined by a unit called the nanometer—such
              a small unit that it is impossible for human beings to comprehend, the

              equivalent of 1 billionth of a meter. For example, the wavelength of red is
              770 nanometers, and that of violet, 390 nanometers. These rays also have
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              frequencies, measured in terms of Hertz, or number of cycles per second.
              A cycle is the distance between the top and bottom of a wave. Light trav-
              els at 300,000 kilometers/second (186,000 miles/second). If the wave-
              length is shorter, the photons must travel a greater distance in the same
              amount of time.
                   As you can see, the light used by plants possesses a very special
              structure. This light—moving at the fastest speed possible—is filtered

              through a sensitive sieve in the atmosphere, down to a narrow spectrum
              that we can perceive. In addition, since it moves both as a wave and in the
              form of particles known as photons, it also causes chemical reactions by
              striking the atoms that comprise matter.
                   When light, with its complex structure, travels enormous distances and
              reaches the plant, it is perceived by a special system, created in such a way
              as to process light in this very narrow spectrum. If the light had any other

              speed or frequency then the chlorophyll pigment would be unable to per-
              ceive it and the process would come to an end before it had even begun. 72
              The harmony between pigment and light is one of the examples of delib-
              erate creation we frequently encounter. There are countless examples of
              such harmonious creation, such as the ear and sound waves, the eye and
              light, and food and the digestive system. Light cannot regulate its own





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