太阳光的一种新的宏观波动几何效应和地球自转和绕日运动的一种新的简单表示方法
A Novel Macroscopic Wave Geometric Effect of the Sunbeam and A Novel Simple Way to show the Earth-Self Rotation and Orbiting around the Sun
摘要：
提出了一种新的宏观波几何效应的太阳束发生时，太阳束的方向（阴影的酒吧）角c速度在地球表面上观察和太阳束全球定位装置与针在中心的径向角图纸。发现在日出或日落时的角速度c与傅科摆面的旋转速率相同，说明地球自转。中午时的角速度c被发现有一个额外的项，这是由于太阳光束的一种新的宏观波几何效应。在观测太阳光束方向与地球轨道径向方向一致的情况下，发现地球自转轴相对于太阳光束前平面的倾角q与地球轨道角有关，描述了地球轨道径向距离。地球轨道的偏心率和从近日点开始计算天数的日历是由在地球表面测量的dq/dt和q得到的，表明地球围绕太阳运行。PACS编号：03.65.Vf、95.10.Km、91.10.Da、42.79.Ek。
英文摘要：
I present a novel macroscopic wave geometric effect of the sunbeam occurring when the sunbeam directional (shadow by a bar) angle c velocity is observed on the earth surface and a sunbeam global positioning device with a needle at the center of radial angle graph paper. The angle c velocity at sunrise or sunset is found to be same as the rotating rate of swing plane of Foucault pendulum, showing the earth-self rotation. The angle c velocity at noon is found to have an additional term resulted from a novel macroscopic wave geometric effect of the sunbeam. Observing the sunbeam direction same as the earth orbit radial direction, the inclination angle q of the earth rotation axis in relation to the sunbeam front plane is found to be related with the earth orbit angle, describing the earth orbit radial distance. The eccentricity of the earth orbit and a calendar counting days from perihelion are obtained by dq/dt and q measured on the earth surface, showing the earth orbiting around the sun. PACS numbers: 03.65.Vf, 95.10.Km, 91.10.Da, 42.79.Ek.
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