THE SPEED OF LIGHT IS BROKEN IN THE EXPERIMENTS REALIZED IN CERN
The Earth rotates around its own axis with a speed of 1670 km/hr and it rotates around the
Sun with a speed of 108.000 km/hr.
The rotation speed of the Solar System around the Galactic Center is 720.000 km/hr.
The speed of the Milky Way Galaxy in space is 950.000 km/hr.
Now let’s calculate it. In the experiment realized in the CERN,
the particles are accelerated as 99,999999% of the speed of light in a circular accelerator.
Since the accelerator is circular, we can use it in all positions.
The distance covered by the Milky Way Galaxy at 1 second is 950.000/3600=263,888888 km/sec.
Actually I do not take the position of the Sun around itself,
the position of the Earth which rotates around the Sun around itself, and the position of the Earth around itself into consideration.
. If I had, this number would be higher or lesser according to their positions. It is told that the particles are accelerated as 99,999999% of the speed of light in the experiments realized in the CERN.
Let’s calculate by only taking the speed of the Milky Way Galaxy into consideration.
The distance covered by the particles which are accelerated at 1 second in CERN is 299.791,997 km/sec.
The distance covered by the Galaxy in space is 263,888 km/sec.
TOTAL = 299.791,997 + 263,888=300.055,885 km/sec.
The total of the velocities in the plane in which the direction of movement of the Earth and the
direction of movement of the particles accelerated in the CERN experiment are the
same is 300.055,885 km/sec.
The speed of light is broken by 299.792 =263 km/sec.
Of course this estimation is valid for an observer outside of the galaxy.
Based on this, we should evaluate the observations of the other galaxies in this manner.
THE SPEED OF LIGHT IS BROKEN.
TWO BEAMS WHICH ALREADY MOVE TOWARDS OPPOSITE DIRECTIONS FROM EACH OTHER MOVE IN THE
THE SPEED OF LIGHT WITH RESPECT TO EACH OTHER AND THEY CAN DO THIS
IN ALL ENVIRONMENTS.
THE VELOCITIES OF TWO BEAM PHOTONS WHICH MOVE TOWARDS THE
SAME DIRECTION ARE ZERO COMPARED TO EACH OTHER.
