BEHIND THE STORY OF A BRIEF COMMUNICATION
Diposting oleh
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Minggu, 07 Desember 2014
15.49
Suppose one afternoon two men were in a place separate from each other. Although they are close friends, turned his head toward her, not to mention that he recognized, starts a chain of biochemical responses: the reflected light from the lens into the eyes of his body at a speed of 10 trillion photons (particles of light) per second. Light through the lens and the fluid that fills the eyeball before finally falling on the retina. In the retina there are hundreds of millions of cells called "cones" and "stem cells." Stem cells differentiate light from dark and the color sensing cone cells.
The cornea, one of the 40 parts of the base currency, is a clear coating that is located at the very front of the eye. Corneal let the light through the glass window as perfect. Surely it is not a coincidence that these networks, which are not found elsewhere in the body, located in the right place, namely, in the front surface of the eye. Another important part of the eye is the iris, which gives color to the eye. Located just behind the cornea, the iris controls the amount of light allowed into the eye with the pupil constrict or dilate, round hole in the middle. In bright light, the iris narrows immediately. In the dim light, the iris dilate to let in more light enters the eye. Similar systems have been implemented as a basic camera design to regulate the amount of light entering, but did not approach the perfection of the eye.
The human eye can be used to tune the work about forty different sections. The absence of even one of these parts will make the eye useless. For example, without any tear glands, eyes will eventually dry up and stop working. This system, which can not be reduced, there will probably be explained through 'gradual development' as evolutionists claim. This suggests that the eyes appear to form a complete and perfect, which means that the eye was created
Depending on external objects, various waves of light falling on different places on the retina. Let us think about when we tell people who had seen her. Let us think for a moment about the people who we deem are looking at his friends. Some of his facial features result in a different light density on the retina, such as facial features such as eyebrows darker eyes will reflect light with a much lower density. Adjacent retinal cells instead received a stronger density of the light reflected from the front of his head. The whole feature of his face produce waves with different density on the retina.
Type of encouragement is caused by light waves?
The answer to this question is certainly very complicated. Even so, the answer must be studied to more fully recognize outstanding design in the eye.
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