The light ray between the sun and the earth, considering the orbital movement v of the earth around the sun

Enviado por Geraldo em qua, 01/23/2008 - 02:19.

 

The orbital motion leads to photons emitted by sun, which will arrive at earth, have different directions, making a curve light ray which connects the sun and the earth. Meanwhile a photon goes from sun to the earth, going through a straight trajectory with velocity c, in a time t around 8 minutes, the earth goes from A position to B. When this photon arrives at earth on A, all those that will arrive at earth and which were emitted by sun to different directions, during a time t that earth went through the AB arc, it will creates a curve light ray.

The reality of a light ray to na observer on the earth referential

The observer on the earth sees the photons that create a light ray, arrive at him, coming directly from sun, with velocity c. The light works according to Cristina effect, which is the light’s propriety that permits it works as it was transmitted instantaneously. Dear internautas, I demonstrate in this example the difference between the physic of the physicists and my physic. In the physic of the physicists, which is the physic of the earth referential, the light has a constant velocity and the photons are not influenced by the velocity of its source. My physic is supported by the reality of an observer in the absolute space where photons are influenced by the velocity of their sources.