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爱因斯坦的错误。 光子不是光的量子,而是一种颜色。Einstein's mistake. A photon is not a quantum of light, but a quantum of color.
  爱因斯坦的错误。 光子不是光的量子,而是一种颜色。 根据我们的假设,电磁波是由电子和正电子形成的波,它们具有电和磁性成分。 电场由电荷极化的引力子(黄色)形成,被吸引到环面的外部(蓝色)。  磁场由引起电荷极化的引力子(红色)形成,吸引到中心引力子。  电场和磁场的矢量在它们自身之间和相对于波传播方向都是垂直的。 当电荷出现的中心引力子被环面包围时,形成电子和正电子。环面的旋转轴穿过引力子极,并且其外壳的外部部分从引力子的北极到南极旋转,或者反之亦然,通过其旋转产生电子电荷或正电子电荷。 除了环绕旋转,环面像车轮一样旋转。该旋转的能量产生电磁波谱的特定颜色。 引力子和圆环都是微观的乙醚漩涡。这些漩涡产生遗物辐射。 环形电子位于电子和正电子内部,我们称之为光子。 顺便说一下,华盛顿大学的科学家创造了一种能够拍摄光子的高速相机。照片显示了环形光子模型。 http://round-the-world.org/?p=1366 在我们看来,电磁波量子是电子和正电子,它们决定了电磁波的长度。光子决定了光子本身的波长。通过其旋转(如轮子)离开其电荷并因此留下自由光子的光子产生对应于其波长的颜色。因此,光子是一种或另一种颜色的量子,其由一个或另一个电磁波携带。  电子和正电子发射的光子保持与辐射期间相同的波长。 与电子和正电子不同,自由光子既没有电子也没有磁性元件,因此没有组织成电磁波的能力。自由光子通过以太体传播,因为光子通量无组织成电磁波。 到达接收天线的电磁波的电子和正电子将其电荷传递给它,在天线中产生电子 - 正电子EMF。 具有电磁波正电子的电子,由太阳发射,与大气的原子和分子碰撞,与地球表面,各种物体,通过bre致辐射,产生向不同方向移动的彩色光子,进入人类视觉机制,吸引我们多彩的世界。     详细信息可以在作者的网站上找到:文章The Great Association举行http://tverd4.narod.ru/100.html   Einstein's mistake. A photon is not a quantum of light, but a quantum of color.   According to our hypothesis, electromagnetic waves are waves formed by electrons and positrons that have electrical and magnetic components formed by gravitons (magnetic dipoles), which are polarized by charges. Yellow gravitons, attracted to the torus (blue), form an electric field. Red gravitons, attracted to the central graviton, form a magnetic field. The vectors of the electric and magnetic fields are perpendicular both to each other and to the direction of propagation of the wave. Electrons and positrons are formed when the central graviton on which a charge appears is surrounded by a torus. The axis of rotation of the torus passes through the poles of the graviton, and the outer part of its shell rotates, either from the north pole of the graviton to the south pole, or vice versa, generating by its rotation either an electron charge or a positron charge. In addition to the circumferential rotation, the torus rotates as a wheel. The energy of this rotation generates this or that color of the electromagnetic spectrum. Both the graviton and the torus are microsc ... Read more
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India Online · 187 days ago 0 103
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India Online
Delhi, India
21.12.2018 (187 days ago)
 


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爱因斯坦的错误。 光子不是光的量子,而是一种颜色。Einstein's mistake. A photon is not a quantum of light, but a quantum of color.
 

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