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| Relativity |  To show Einstein and Special Relativity wrong, I decided to change the point where light first originates. Rather than assume as Einstein did, that light comes from a star and travels towards us, I chose a point central to any two stars, and moved light two directions simultaneously. Read this page for more text, or continue with diagrams. View diagrams 1 and 2 below for clarification.
I termed this place a point of force. By doing so, it shows that light will reach all observers equally - and thus, regardless of any observers position in space, they will all see events together, and thus time itself ceases to exist in any other form than a concept of men's immagination.
Notice in the diagram below, how both stars are equal in mass. They are shown at one mass (1m) each. X identifies the point of force central to both bodies, and the two arrows describe the movement of light. If both bodies of mass are of an equal proportion, then light moves equally too, at one acceleration (1a) to each reciprocal body.
Although the above does not show Einstein wrong with special relativity, it does in fact lay the seeds to show Einsein wrong.
To demonstrate how this works I assumed not all bodies of mass to be the same, therefore, if one body of mass is twice the density of its opposite number, the point of force measured as X must logically alter its position.
Pay special attention to the diagram below and notice how X has changed its location. X is now one third from the body of two mass, (2m) but two thirds from the body of one mass (1m). This means the velocity of light (c) must naturally compensate for any fluctuation in the mass density. Light therefore moves twice the velocity one way in conjunction with its relative number. Thus the velocity of light cannot be constant as Einstein predicts.
Special Relativity Continued Special Relativity Essay
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