Visual Light Leak in High-Frequency Electromagnetic Radiation Hole: A Photon-Electron Theory for Living Tissue for Explaining Myopia

Lee A
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Abstract

If the frequency of the photon exceeds the threshold, the photon has enough energy to strike the electron away and forms a hole in living tissue include the eye. Longer time of high-frequency electromagnetic radiation will cause more holes and a larger radius of holes. Some visual light leak through the hole and cannot be refracted on the macula, this is myopia symptom of blurred vision, shortening the distance of the eye and the object will include more visual light into cornea and lens, this is myopia another symptom of nearsightedness. The longer eye axis is caused by strike of high energy photon. Blue light and X-ray from screen are two kinds of high-frequency electromagnetic radiation which can shot hole in eye and cause myopia. Healing the shot hole can cure myopia.
高频电磁辐射空穴中的视觉光漏:用光子电子理论解释活组织近视
如果光子的频率超过阈值,光子就有足够的能量将电子击走,并在包括眼睛在内的活体组织中形成一个洞。高频电磁辐射时间越长,空穴越多,空穴半径越大。一些视觉光线通过孔洞漏出而不能折射在黄斑上,这是视力模糊的近视症状,眼睛与物体的距离缩短会包括更多的视觉光线进入角膜和晶状体,这是近视的另一个症状。较长的眼轴是由高能光子的撞击引起的。蓝光和屏幕上的x射线是两种高频电磁辐射,会在眼睛里打洞,引起近视。愈合小孔可以治愈近视。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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