The Comparison between the restrict relativity and the logical ralativity

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Enviado por Geraldo em qui, 01/24/2008 - 19:05.

Relativity

Comparison between Restrict Relativity and Logical Relativity

Postulates

Restrict Relativity	Logical Relativity
The physics´ laws are the same to observers on all inertial referential. It does not exist an outstanding referential.	The physics´ laws obey the truth of the referential of each observer. The observer on the referential of the absolute space is outstanding, he is the only one that is standing still and seeing all motions through his absolute truth. The observer on any other referential is moving, but in his relative truth he is standing still. Thus, all motions that he sees are relative.
The velocity of light in vacuum is the same on all inertial referential.	The velocity of light is influenced by the movements of its both source and receivers, according to the truth related to referential of the observer in relation to the light source.

Comments:

One observer on any moving referential, in his relative truth, is always standing still, such being this case the velocity of light to all sources on their referential is always c. Examples.

Formula of Time

Restrict Relativity	Logical Relativity
The time t is measured by the clock of João who is standing still in relation to the moving referential of Maria. The time t₀ is measured by the clock of Maria who thinks that is moving. Thus, the relativity created the real time dilatation and, consequently, the contraction of time.	Both times t and t₀ are measured by the same clock of Maria from her referential according to her relative truth. It does not exist the time dilatation and consequently, it also does not exist the contraction of spaces. The time t is bigger than time t₀ because the photons traveled a length L in a time t and the length D in a time t₀, where L>D.

See Relativity

Comments

The Logical Relativity and Restrict Relativity solve the problems related to light on the same referential of the observer with the same formula. Therefore, we are not against the restrict relativity. We have just improved it, we eliminated its absurd and it became more acceptable.

Results

Observer on a moving referential

Restrict Relativity	Logical Relativity
L = c x t c = Constant t = Varies according to the formula	L = c x t c = Constant t = Varies according to the formula Obs.: The time t is absolute and t > t₀ due to the different length of trajectories.

Observer on the absolute space, in other words, the motion of galaxies

Restrict Relativity	Logical Relativity
The restrict relativity does not recognize the absolute referential and we use the formula of time in the dynamic of galaxies.	For Logical Deductions, the absolute referential is an outstanding referential. It is the only one, in all universe, where the observer is really standing still and knows the absolute truth, in other words, he knows all motions of the universe inclusively the real trajectory and velocity of photons.

Comments

For a moving referential:

In any moving referential both relativities use the same formula , the velocity of light is always Constant and equal to c and we reach the same results, but with different interpretations.

Exemples of moving referentials:
The earth;
The milky-way (the velocity of light is always c, in other words, the light between stars is treated according to the relativistic formula).

For motion between galaxies

In this referential, for the restrict relativity be able to calculate the value of time t according to the velocity of each galaxy, is necessary to propose the existence of a fourth dimension in a mathematic pattern, because it is impossible to use an image or figure of four dimensions.
As soon as we calculate the distances through the formula L = c x t, with c as constant and a varying time, we reach results that are similar to Logical Deduction’s, the mathematic pattern of relativity is the one that better explains the Universe in spite of it can not be seen due to the fourth dimension.
The Universe pattern proposed by Logical Deductions is in tree dimensions, which is clear for everyone, and its mathematic confers with the practical data given by Astronomy.

The curvature of light and space

Restrict Relativity	Logical Relativity
The light makes a curve and the gravity deforms the space.	The photons and the particles mediator of gravitational energy, the energetrons, which are always emitted with velocity c and their trajectories, are straight. However, the light rays and the lines of gravity between the bodies with relative motions among themselves located on the same referential are curves..

Comments

Logical Deductions work with tree normal dimensions, so it is easy to relate the difference between the both trajectories of photons and energetrons with the trajectories of their respective light ray and lines of gravity.
However, the relativity with four dimensions must have found results similar to ours, but as it is difficult to interpret mathematic results in four dimensions the relativity understood that the light makes curve and the gravity deforms the space.

Final conclusion between both relativities

Restrict Relativity	Logical Relativity
c = Constant velocity of light t = the time varies according to velocity It proposes the absurd: The real time dilatation and the real contraction of space It solves problems of light through the formula:	c = velocity of light ( it varies according to the velocity of source) t = absolute time ( it does not vary) It does not exist neither time dilatation nor contraction of space. It also uses the formula When the light source are on the observer referential

Comments

We will let the reader have his own conclusion about which relativity is the right one. Otherwise, the reader is demonstrating what he thinks about it according to the statistics of Google.