TITLE: The theory of Relativity never existed in the real-life.
Sole Author: Stephen Deratz, Email: sderatz88@gmail.com
ABSTRACT
I measured, for the first time, superluminal speed, i.e. light travelling faster than the so called
fixed “speed of light”. Showing the existence of light travelling faster than the “speed of light”, in
one stroke completely disproves Relativity.
CONTENT:
The Lorentz factor and Relativity were both based on a mistake by Hendrik Lorentz.
The length contraction never existed in real life.
And here is how this mistake was made:
Over a hundred years ago the Michaelson-Morley experiment tried to detect the theoretical “ether” by comparing the speed of light in two perpendicular directions. The earth orbital speed relative to the ether should have made a measurable difference in the speed of light between the two directions, however no difference was found. The null result proved that unfortunately there was no ether. But Lorentz did not accept the result. Any slight difference in the experiment’s arm would change the result.
So, Lorentz, for the express purpose to save the ether and the null result, arbitrarily introduced length contraction and the equation of the Lorentz factor which in theory would give null of the M&M experiment with ether existing.
But there was no ether and obviously the Lorentz factor was one of the great mistakes in physics.
And Relativity is also based on this mistake.
In real life light was always propagating under different laws to Relativity,
Light travels with respect to its source and respect to its receiver/observer.
There was no need to disprove Relativity, because in the real-life Relativity never existed.
It was just a theory and all the speculations in it were invalid.
Consequently: if we look at a star opposite the earth orbit, then we are looking at superluminal rays because, (without Relativity) the Earth speed (the observer) speed must add to the speed of the star-rays. The Earth orbital speed is 30km/s which is 1/10,000 part of c – the speed of light.
The Michaelson interferometer could measure this difference, but it did not work with starlight.
The Author had to invent an instrument to measure this difference. The novel telescope does not measure speed, but angle, - refraction angles.
The change in the speed of light will change the refraction angle – Snells law.
The telescope contained a prism, this is the most vital part. The telescope first aimed to a faraway light, then to a star. The design allows the light to take two paths to the camera sensor, one path is through the prism and one part is direct. Mirrors are adjusted so that the two images will fall close together on the DSLR camera sensor.
Any difference between the 2 refraction angles as determined by measuring the distance in pixels between the star image from the 2 parts and the images from a faraway light source indicated a light speed change. Using the equation of the Snells law the result can be calculated. This resulted in a 5 arcsecond increase of the refraction angle which meant about 50 thousand km/hr speed change = faster than the fixed “speed of light”.
This first telescope was not professionally made. Obviously to certify it, another instrument must be made, which the Author is not able to do, without funds and facilities.
So, I challenge institutions or individuals to repeat my experiment.
Then they can be the first in physics experimentally succeed to measure superluminal speeds.
This involves an agreement with me to obtain all right or part of it and I can be consultant.
The intended new telescope could be less than a metre, portable but with solid base to mount the prism and the mirrors.
The sole author: Stephen Deratz Email: deratz88@gmail.com
sderatz88@gmail.com
Sole Author: Stephen Deratz, Email: sderatz88@gmail.com
ABSTRACT
I measured, for the first time, superluminal speed, i.e. light travelling faster than the so called
fixed “speed of light”. Showing the existence of light travelling faster than the “speed of light”, in
one stroke completely disproves Relativity.
CONTENT:
The Lorentz factor and Relativity were both based on a mistake by Hendrik Lorentz.
The length contraction never existed in real life.
And here is how this mistake was made:
Over a hundred years ago the Michaelson-Morley experiment tried to detect the theoretical “ether” by comparing the speed of light in two perpendicular directions. The earth orbital speed relative to the ether should have made a measurable difference in the speed of light between the two directions, however no difference was found. The null result proved that unfortunately there was no ether. But Lorentz did not accept the result. Any slight difference in the experiment’s arm would change the result.
So, Lorentz, for the express purpose to save the ether and the null result, arbitrarily introduced length contraction and the equation of the Lorentz factor which in theory would give null of the M&M experiment with ether existing.
But there was no ether and obviously the Lorentz factor was one of the great mistakes in physics.
And Relativity is also based on this mistake.
In real life light was always propagating under different laws to Relativity,
Light travels with respect to its source and respect to its receiver/observer.
There was no need to disprove Relativity, because in the real-life Relativity never existed.
It was just a theory and all the speculations in it were invalid.
Consequently: if we look at a star opposite the earth orbit, then we are looking at superluminal rays because, (without Relativity) the Earth speed (the observer) speed must add to the speed of the star-rays. The Earth orbital speed is 30km/s which is 1/10,000 part of c – the speed of light.
The Michaelson interferometer could measure this difference, but it did not work with starlight.
The Author had to invent an instrument to measure this difference. The novel telescope does not measure speed, but angle, - refraction angles.
The change in the speed of light will change the refraction angle – Snells law.
The telescope contained a prism, this is the most vital part. The telescope first aimed to a faraway light, then to a star. The design allows the light to take two paths to the camera sensor, one path is through the prism and one part is direct. Mirrors are adjusted so that the two images will fall close together on the DSLR camera sensor.
Any difference between the 2 refraction angles as determined by measuring the distance in pixels between the star image from the 2 parts and the images from a faraway light source indicated a light speed change. Using the equation of the Snells law the result can be calculated. This resulted in a 5 arcsecond increase of the refraction angle which meant about 50 thousand km/hr speed change = faster than the fixed “speed of light”.
This first telescope was not professionally made. Obviously to certify it, another instrument must be made, which the Author is not able to do, without funds and facilities.
So, I challenge institutions or individuals to repeat my experiment.
Then they can be the first in physics experimentally succeed to measure superluminal speeds.
This involves an agreement with me to obtain all right or part of it and I can be consultant.
The intended new telescope could be less than a metre, portable but with solid base to mount the prism and the mirrors.
The sole author: Stephen Deratz Email: deratz88@gmail.com
sderatz88@gmail.com
