Separation between absolute and relative mechanics

Abstract

Is theory of relativity right? Is speed of light constant? The answer will be show by this simple table: The answer of both theories just depends on your point of view. While physicans try to unify theory of relativty and quantum theory, I think it would be more elegant to separte both.

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Separation between absolute and relative mechanics
Ferry Trunschke
2012-03-28
Version 0.1
Relative mechanics of singular elementsAbsolute mechanics of regular systems
Relative point of viewAbsolute point of view
Singular distance R = 0 … ∞Regular radius R = 0 … 1
Singular strategy N vs. 1/NRegular strategy N/Max vs. 1 - N/Max
Open systemClosed system
Unlimited real numbersNormalized complex numbers
Unipolar element of bigger systemIsolated bipolar system
Only one element of system (partial)More than one element (sum of elements)
Newton mechanics, Einstein's relativity
Light Lc2R∞
Mass MGR0
Planck/Einstein quantum theory
MGR
Lc2R1
Speed of light is finite (real*)Speed of light is infinite (theoretical*)
* only when distance become infinite towards
vacuum, but this is not possible in real, because
in every direction from any point of the
universe, there is always a collidable object that
avoid infinite speed of anything.
* because collision is not avoidable in real,
collision will will happen, collision will force
reality. The length L without collision must be
defined to calculate real Lc².
L = Planck length or acceleration length without collision
R = Radius of Density(c²) or Temperature(G)
c² = Angular acceleration of light waves
G = Radial acceleration of sonic particles
M = Mass = c²/G * L