FASTER THAN LIGHT: A new vision of the theory of relativity by Vincenzo Melchiorre

Author:Vincenzo Melchiorre [Melchiorre, Vincenzo]
Language: eng
Format: mobi
Published: 2018-12-04T16:00:00+00:00

V= ​ v1 + v2

1+v1xv2/"c 2"

In it was introducing the speed of light "c" with the aim of justifying the statement that the speed of light is a constant and also a speed limit.

In fact, using this formula, whatever the values of the two velocities v1 and v2 the result that derives from it is always inferior or at the maximum equal to "c".

It is a formula conceived in such a way as to support the basic principle of the theory of relativity and that is that the speed of light is fixed and immutable and represents an insurmountable limit.

I repeat: the speed of light is something anomalous compared to the speed of all the other bodies, it is a peculiarity of electromagnetic waves and, therefore, can not appear in a formula for speed composition.

Einstein himself assert that it is non composed with the speed of the bodies and, therefore, can not interfere with their motion, nor be modified by it.

In my opinion, therefore, the post-relativistic composition formula lead to erroneous result because it claims to introduce the speed of light

in the composition of the velocities of the bodies to which it is completely extraneous for all off the above.

The speed of light should be taken into consideration only when measuring the speed of a body since electromagnetic waves must be used to make such measurement.

In this regard, however, it must be said that, since the speed of light is fixed and in vacuum is equal to 300,000 Km/sec, it can only be used by subjects that move at relative speeds lower than "c"; otherwise no contact between them would be possible.

In my opinion, the speed of light represents a limit only in relation to the contacts that different subjects may have between them, but it can not constitute a limit for their relative velocities, which may, therefore, be even higher than "c".

I give an example

Suppose we find ourselves on a spaceship and start in the direction of a star that is moving away from us at a speed of 5/6 of "c" , ie about 250,000 Km/sec.

Now suppose that our spaceship is able to move at a speed of 1/3 of "c", about 100,000 Km/sec, then the star will move away from us at a speed of 150,000 Km/sec.

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