The Relativity and gps

According to Science:

The science considers that when time t that a radio wave takes to go from the moving satellite to GPS with velocity of light is measured by a clock, which is stopped on earth, it will be different from time t₀, which is measured by a clock connected to a satellite at velocity v.
The science associates t with t₀ through the relativistic formula t = .
If the satellite is standing still (v = 0), we would have t = t₀, and the real distance between satellite and GPS will be D, where

D = c x t₀.

When the satellite is moving physicists measure time t, thus it is necessary to correct this time t to find out the time t₀ obtaining the real distance D = c x t₀ between satellite and GPS.
The physicists interpret t > t₀ considering that a moving clock which marks the time t₀ works slower than that one standing still on earth which marks time t.

According to Logical Deductions:
Satellite’s position at time that a radio wave arrives at GPS.

Logical Moving satellite with velocity v Satellite stopped v = 0

Deductions propose to correct it using the same formula but with different interpretations.
- time is absolute;
- The formula t = was deduced from a right-angled triangle and it can just solve this kind of triangle;
- the light has some proprieties, as Mariana Effect and Camila Effect, which are unknown by science, and due to them it is possible to consider that the direction of satellite is perpendicular to the segment that connect sit to GPS at the same time that the particle which mediates the radio wave ( hertzian particle) reaches this GPS. The radio wave would be emitted as soon as the satellite occupied the A’ position.
During time t:
- The satellite travels the A’A trajectory with length E, where E = v x t;
- The radio wave goes from A’ position to GPS traveling the trajectory with length L, where L = c x t.
If we consider that the satellite is standing still on A position, the radio wave would be from satellite to GPS in a time t₀ traveling a trajectory with length D, where D = c x to, and D is the real distance between the satellite and GPS´ s at the moment that a wave radio arrives at it.
Due to Camila Effect we create a virtual right-angled triangle BAA’ with sides:
D = c x to, which is the real trajectory of the radio wave when the velocity of satellite is v = 0 (stopped);
E = v x t, which is the virtual trajectory of satellite;
L = c x t, which is the virtual trajectory of the radio wave and the satellite is in a velocity v.
We can apply the formula below in this triangle:
t = ,
and also compare the time t of moving satellite with the time t₀ of stopped satellite, besides finding out the real distance D between the satellite and GPS in the time that a radio wave, which was emitted by satellite, arrives at GPS. In addition, as soon as a wave arrives at a GPS coming from A'B direction due to the relative velocity v between GPS and satellite and also to the aberration effect, it will arrive as it would have come from satellite on A position in AB direction.
We must remember that we just use the modulus v, in this formula, it does not matter its direction.
Thus, as long as actual science uses the time dilatation, my theory explains that it does not exist and also that time t > to happens due to we compare the trajectories traveled by the waves, where L > D; and as they are traveled by a radio wave with the same velocity c, we also conclude that t > t₀.

We can use the formula of time in GPS, because we are comparing the time that a radio wave (electromagnetic wave) goes from satellite to GPS when the satellite is standing still, and when it is with a velocity v relative to GPS. On the other hand, due to the Camila Effect of light we are using the formula of time in a virtual right-angled triangle.

Although Science uses this same formula it does not know about the existence of this triangle due to it knows neither the performance of light nor the Camila Effect. For Science, the time t is bigger that time t₀ because t is measured by the clock connected to the GPS which is standing still and t₀ is measured by the moving clock on the satellite which works slower that that one on GPS.
I assert that accepting the Camila effect instead of time dilatation is simpler and more logical.
We emphasize that the virtual right-angled triangle is an artifice totally mathematic in which we can relate the time t₀ that a photon goes from a source standing still to a receiver, with the time t that it would go from A’ position from where it was emitted and where the source would be at velocity v in this emission.

Example of application using GPS’s
The satellite on A position at v and 2v velocities

at velocity v:
E’ = vt’
L’ = ct’

The radio wave went out from satellite as soon as it was on A’ position and it arrived at GPS creating an angle with the GPS-satellite axle

at velocity 2v:

E’’ = 2vt’’
L’’ = ct’’

The radio wave went out from satellite as soon as it was on A’’ position and arrived at GPS creating an angle’ with the GPS-satellite axle.

The real distance between A point and GPS.

Where,
D = ct₀
and t₀:
t₀ = t’
ou
t₀ = t’’ .

We can observe that there is a different photon for each value of v.

- The photon emitted from A position is that one in which the direction is perpendicular to the direction of the satellite’s motion.
- The photon emitted from A’ is that one in which the direction creates an angle with the axle that is parallel to the AB direction, while that one emitted from A’’ position creates an angle ’’ with the axle, which is also parallel to the AB direction.

This is one of proprieties that are applied in the virtual right-angled triangle resolutions: There is a different photon for each value of v.

GPS that is synchronized with four satellites sat the same time.

For each satellite we will have a virtual right-angled with hypotenuse L₁, L₂, L₃ e L₄.

The real performance of GPS

According to my postulates, the observer on the referential of GPS knows the velocity v of satellite according to his truth; therefore, he knows the influence of such velocity v over photons that were emitted by satellite, in other words, “the physics´ laws are the same to observers on any referential, but they must be applied according to the reality of each one”. Thus, we will have a real B A A₁ triangle, as it follows in the figures:

we have:
B = real position of FPS;
A = real position of satellite for the observer on B when the photon arrives at GPS, independent on velocity v of satellite;
A₁ = position of satellite when the photon was emitted from it;
t = real time for an observer on B;
- that a photon emitted in direction of AB goes from A position to B traveling the trajectory with length D and velocity c, when v = 0, where D= c x t;
- that the same photon emitted in the same direction parallel to AB that creates a same angle in direction A₁ B is influenced by the velocity v of satellite modifying its emission velocity c to c₂ , going from A₁ position to B and traveling the trajectory with length L₁ and velocity c₂ , where L₁= c₂ x t. As soon as this photon arrives at B it seems that it is coming from A position with velocity c;
- That the satellite goes from A₁ position from where the photon was emitted to A position, traveling a E₁ trajectory at velocity v, where E₁= v x t.

Observation: When we refers to photon as the mediator particle of electromagnetic waves, we must remember that such photon is different from the mediator particle of light despite it is emitted and it suffers the same effects of light’s photon. We use the tem “photon” as science does to designate the particle mediator of all electromagnetic waves due to we did give any designation to this particle yet.
Dear visitor: We have already described the virtual and truth triangles when we talked about the velocity of photon which was emitted by a source standing still and at velocity v. We need to observe the details of the light performance to solve these two triangles. Actually, the time t does not change due to the velocity v of source as it is considered in relativity but the photon’s velocity does; however, when we apply the relativity as we have seen in the virtual right-angled triangle, the time changes from t₀ to t, since photon travels trajectories of different lengths at the same velocity c.
In the real triangle we remained the time invariable and just the light’s velocity was changed, such time can be measured by the stopped clock connected to the satellite and also by the clock moving on the satellite.
The time is also measured in the same way by both clocks in the virtual right-angled triangle. The trajectories L and D covered by photon which are hypotenuse and one of triangle’s cathetus, respectively, show us that L >D. Thus, we conclude that t > t₀, which is different from Science’s interpretation that affirms t > t₀ because t is measured by the clock of the observer standing still near to GPS and t₀ is measured in a slower way by the moving clock in the satellite. Therefore, the Science misleads us when it affirms that time is differently measured by both different clocks in order to justify the time dilatation. Actually, the Science measures the time that photon takes to go from satellite toward GPS and the biggest is the velocity v of satellite bigger is the difference between t and t₀ due to what I have just explained above, not because of the clocks´ time work in different ways.

I explain in me theory that all particles behave as electromagnetic waves and each electromagnetic way is associated to a different particle.
I also explain that all matter is composed of elemental particles, through the materialization of two quantum of energy which were arisen from Big Bang that combined with another quantum creates different levels of materialization until they reach the electrons´ level that combined with more complex particles which are protons and neutrons, form the atoms.
When the electrons of such atoms are excited in different ways they lose part of their components which still orbiting around the nucleus of atoms and searching for a new equilibrium state as soon as it accelerates and approximates to the nucleus. This new equilibrium occurs when the attractive electric force equalize to the centrifugal force that appears due to its orbital velocities. However, when such particles reach the velocity of light before gaining equilibrium, they are ejected along the tangent at this velocity as it will be explained in the Logical Gravity.
These particles emitted by electrons can represent:
1º) the luminous energy when are photons.
2º) the radio waves when behave as “hertzians” particles, in honor to Hertz who might be the first physicist to create the radio waves.
3º) and other particles associated to another kind of radiations, such as:
Ultraviolet ray,
X ray,
g(Gamma) ray,
and so on.

Thus, we can conclude that such particles operate as electromagnetic waves with the same proprieties of photons.
We can also explain the relativity in the radio waves now, through its hertzians particles and it can be applied in gravity, too, through its mediator particles that were already denominated as energetrons.