Cristina effect or instantaneity of light

The photon emitted by a lamp on the A₀ position arrives, after a time t, at a rule which is on Bn position with velocity c₂ = c + V. Due to expansion velocity V in the universe and the aberration effect, these photons have their both modulus and emission direction modified from c to c₂, where, c = c₂ – V, as it would be originated from the A_n position. The photon arrives at a B_n position, in the same time that the lamp A arrives at a A_n position. Then, we can conclude that, in other that the photon be emitted by lamp on An and arrives at the same time to its destiny, on B_n position, it would have the ability for dislocate instantaneously. Thus, we can confirm that light works as it was transmitted instantaneously.

In Maria’s viewpoint, the photon went from lamp to the rule with a velocity c. She does not know that, actually, in the instant the photon arrives at its destiny; both lamp and rule arrive at their A and B positions. Thus, it would just be possible if photon dislocated with an instantaneous velocity. Thus, the light works as it was transmitted instantaneously.

Airplane seen by both observer in the absolute space and Pedro.

When we observe an airplane, the light of its image works as if photons arrived into our retina at the same time that they were reflected on the airplane’s surface. Thus, we can assure that light work as it was transmitted instantaneously.

Galaxy seen by an observer in the referential absolute space

To an observer in the absolute space, when a photon is emitted from a galaxy P that used to be on P₁ position, to our galaxy direction L, Milky way, which used to be on L₁ position; it is influenced by the expansion velocity V_p in the universe of the galaxy P, which is the light emitter, changing the emission’s velocity of photon to c₂, where c₂ = V_p + c.
When this photon arrives at us, on L position, with velocity c₂, coming from P position, due to our expansion velocity Vt in the universe and the aberration effect, it have its arrival velocity modified to c₁, where c₁ = c₁ – V_t, it makes us think that it came from position P.
In other that both photon and earth (galaxy L) arrive at L position, at the same time that galaxy P arrives at P position, on knowing that this photon has already been through the trajectory PL, it is how we think, it would be necessary it had capacity to move instantaneously. Thus, we can assure that light works as it was transmitted in an instantaneous way.

Galaxy seen by an observer on the referential earth

In case of the observer on the referential earth, that does not know:
- The velocity V_t,
- The velocity V_p,
- The photon’s trajectory with velocity c₂,
and he does not know that none photon went through trajectory from P position to L, he knows the distance D through the Hubble’s constant H₀.
However, he has the illusion, guided by science, that photon went through distance D with velocity c.
But, it just would be possible photon dislocate from P position to L position, arriving at the same moment that both earth and galaxy P arrive at their L and P positions, respectively, if light velocity was instantaneous.
Thus, we can assure that light works as it was transmitted instantaneously.

Observe dear reader, as light has the capacity to deceive us, as it did to Science until nowadays. Everything that we see is an illusion when we consider the direction of photons into our retina. None photon has described the straight trajectory of the object that we visualize to our retina, because they arrive to us from a completely different direction from that we think they are coming from. Thus, everything that we see is an illusion. However, at the moment that we see an object, it has just arrived at the place that we think it is.

We have already explained what a real illusion is.

Vision of our visible universe

The Cristina effect or light instantaneity provides us the magic of seeing the whole visible universe in real positions which its stars occupy at the moment that we observe them, as if photons would have capacity to move in an instantaneous way.

We know that any galaxy P of our visible universe, by Hubble’s Constant, is D billions light years far from us, which photons took D billions years to reach us.