The Camila effect

Enviado por Geraldo em qui, 01/24/2008 - 19:20.

 

The Camila Effect is the propriety of light that allows it to create virtual right-angled triangles in the relative motion v, between a light source and a receiver of this light, since we know the modulus v of this velocity and the positions of both source and receiver of this light.

What is Relativity?

Due to physicists know neither the Camila Effect nor the functioning of light they use the time dilatation and contraction of space to explain the Relativity.

The Relativity of time is the mathematic relation between a time t0 that a photon takes to go from a light source that is standing still in any position toward any receiver and a time t that a photon takes to go from a light source at velocity v on the same position toward the same receiver.

This relation is expressed by the relativistic formula of time:

In this formula, we will only use the value of modulus of v, regardless of its direction.

How to apply the Relativity

In both Logical Relativity and Einstein’s Relativity the formula of time was found through a right-angled triangle. Therefore, this formula just can be applied to a right-angled triangle. Thus, we conclude that if there is not a right-angled triangle it can not be applied but, in the Einstein’s, it is applied by physics regardless of its existence. However, this triangle really exists but the physicists do not know it due to they do not know the functioning of light. This triangle is created through the Camila Effect.

Reviewing the performance of light

 

The Cristina Effect and the instantaneously of light

The Cristina Effect is the propriety of light that allows it to work as it was transmitted instantaneously.

The Luiza Effect

The Luiza Effect is the propriety of light that allows it to see the photon emitted by a light source A at velocity v, coming from the same position, regardless of its modulus and the direction of v.

 


Thus, according to Luiza Effect, an observer on the referential of B sees a photon emitted by source A arrives at a point B indicating the direction that it came from.
According to this effect, the photon would travel the virtual trajectory A0 B of length D0 and velocity c in a time t0 if the source was standing still on the A0 position.
But, if the source has an any velocity v, independent of its both modulus and direction, he would see this same photon arrives at him as it has came from position A traveling a virtual trajectory of length D and velocity c, in a time t.

According to Cristina Effect, this photon that was emitted from position A or A0 would work as it was transmitted instantaneously, because at the moment that the source arrives at position A this photon reaches the body B.
Remember that any photons of the ray that connects source A to body B in this moment has not traveled the trajectory between source A ad body B since all photons of this Ray at velocity c2 where c2 = c + v.

 

 

We will explain the Camila Effect functioning. A source at velocity v emits photons that reach body B. As soon as this photon emitted reaches this body B it will indicate its virtual trajectory for an observer on the referential of body B. This virtual trajectory goes from A position to B position, of length D and velocity c in a time t, where D = c x t.

If we consider that v = 0, the photon would be emitted by source of A0 position traveling the virtual trajectory of length D0 and velocity c in a time t0, where D = c x t0.
If we project a fictitious trajectory perpendicular to the A0 B direction coming from A0 point and determinate an A1 virtual point in this trajectory so as to A1 position has a length E. Thus, if the source was on A1 position it would from A1 to A with velocity v in a time t, where E = v x t. A photon of this source would reach the B position traveling a virtual trajectory L with velocity c in the same time t.
In that case, we would have a virtual right-angled triangle BA0A1 of sides:
L = virtual trajectory of photon, L = c x t;
E = virtual trajectory of source, E = v x t;
D = trajectory of photon if the velocity of source is v = 0, in other words, if it is standing still, D = c x t0.

If we use the Pitagoras´ theorem to solve this triangle we would have:

L2 = D2 + E2

We can substitute in this equation the values L = c x t, D = c x t and E = v x t. Thus, we will have:

.
This is the formula of Relativity of time of Logical Deductions and Einstein.
Let’s create a spreadsheet using the data above and the values of:

- Velocity v;
- Time t that a photon would take to go from a source with velocity v to its receiver;
- Velocity c of photons that is equal to 300.000 Km/s,

We can calculate:

- Trough the relativistic formula of time, the value of t0 , which is the time that a photon takes to go from a stopped source to its receiver;
- The value of E, which is the virtual trajectory of source;
- The value of D0, which is the length between the source A and the receiver B, if the source is standing still;
- The value of D, which is the length between the source A and the receiver B if the source is with velocity v.

 

 

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Download the spreadsheet

The mathematic used in the spreadsheet above is the mathematic of relativity, where
And, for any value of v or t that were simulated in this spreadsheet, we will see that the value of L coincide with the value of D. It permits us to use this virtual right-angled triangle B A0A1 to mathematically associates the time t0 that a photon takes to go from a source A, which is standing still; to a receiver B with the time t that a photon takes to go from this same source with velocity v to the same receiver.

The triangle B A0 A1 changes into the line B A0 A demonstrating that the photon that arrives at be always comes from A0 source, independent of velocity v of source, even if v = 0.

The Relativity is just a mathematic artifice that misleads the physicists.

We have already seen that the mathematic of relativity is well-founded on a virtual right-angled that was created through the proprieties of light.

The pure mathematic is always logical and unquestionable, but it becomes susceptible to many interpretations when it is applied in the reality of physics. Due to the physicists does not know the functioning of light and thus, they also do not know the existence of a virtual right-angled triangle that can be created when we associate the time t0 that a photon takes to go from a stopped source to a receiver with the time t since this source is at velocity v, they erroneously interprets the formula of relativity of time.
t = ,

using correctly the virtual mathematic of this right-angled triangle and interpreting this mathematic as the real time dilatation would exist. We must remember that a mathematic formula deduced from a right-angled triangle just can be applied in another one. This interpretation created the biggest mistake that have ever appeared in the history of Science: The dilatation of time.

Nowadays, physicists celebrate the centenary of this big mistake.

The right application of relativity in GPS

The radio waves are electromagnetic waves that work as the same way as light waves. Therefore, they are transmitted through a particle similar to photon and it has the characteristic of duality, in other words, it can works as wave or particle.
This particle was not identified by Science yet and, it can cross over some dense bodies depending on its denseness
Thus, if we have an equipment GPS on any position and a satellite that transmits radio waves, this GPS would be able to indicate the arrival position of such particle and also to compare the time t0 ,considering that the satellite is standing still, that such particle took to travel the trajectory between the satellite and the GPS, with a time t considering that the satellite is moving at velocity v. This time varies according the modulus of velocity v of satellite, as in the figure below.

 

According to Camila Effect, the computer of a GPS can simulate virtual triangles through the formula of time of relativity. If the satellite is standing still it would consider the time t0 and if the satellite is moving at velocity v it would consider time t.
Due to the Science does not know the effects of light which were discovered by Logical Deductions, the relativistic formula of time is used and it interprets that time t is bigger than time t0 because the clock which was connected to the moving satellite works slower than that one connected to the GPS that is standing still on earth as if time would depend on the velocity of clock that was connected to the satellite.
Logical Deductions affirms that both clocks work in the same way and also that time t is bigger than time t0 because the virtual trajectory of these particles that mediate the radio waves when the satellite is moving is bigger than the trajectory of these particles when the satellite might be standing still.
We can observe that we can use the virtual right-angled of relativity, regardless of both direction and velocity of satellite. We just need to know the modulus v of its velocity, because the relativistic formula of time just uses the modulus v of the velocity of satellite, regardless of direction of velocity v.