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Dufour & Prunier conducted a replication of the Sagnac experiment that took rotating frames of reference into account thus, falsifying relativity and removing all objections to the static aether.
You're dismissed.
ref:
"Georges Sagnac , born on October 14 , 1869 in Périgueux and died on February 26 , 1928 is a French physicist who left his name to the Sagnac effect , a phenomenon that is the basis of interferometers and gyrolasers developed from the late 1970s. He was also the discoverer of fluorescence. X" -- wiki
"Alexandre Dufour is a French physicist who succeeded Georges Sagnac as lecturer in physics for the PCN certificate ( 1st year of medical studies) at the Faculty of Sciences of the University of Paris in September 1920. He obtained the title of professor without a chair on April 1 , 1927 , then was appointed full professor on October 1 , 1931 .
He was the inventor of the cathode oscillograph , which he described the process from 1914 1 , before publishing the detail of the device in 1920 2 ." -- wiki
"Fernand Maurice Daniel Prunier is a French anti-relativist engineer, born on October 21, 1897 and died on September 21, 1971 1 , 2 ." -- wiki
"Summary : In a first series of experiments, here accessories, but which nevertheless had to be realized, we used an entire optical circuit integral with the rotating platform as in the previous works of Sagnac. In these conditions we have found that the observed fringe displacements are the same to within 6%, that the light source and the photographic receiver are involved in the rotation of the platform, as in the Sagnac experiments, or that they remain fixed in the laboratory. The second series of experiments described here was intended to study the movement of the fringes due to rotation, under completely new conditions characterized by the fact that the optical circuit of the two superimposed interfering beams is formed of two parts in series, one of which remains fixed relative to the laboratory while the other is secured to the platform in rotation. The displacement of the fringes, obtained under these new conditions, has been that which can be foreseen by classical theory. In the case where the optical circuit is entirely integral with the rotating disk, as in the Sagnac experiments, the observer does not have the means to make a choice between the interpretations of the placement of the fringes obtained respectively given by the theory. classical and by relativistic theorists. But, in the case where there is a part of the circuit which remains fixed in relation to the laboratory, the relativistic theorist can not remain in agreement with the classical theorist, nor with the results observed, supposing, as he had done so far, here, that the center, where it is supposed to be placed to make the calculation of the experiment, can be chosen arbitrarily on the rotating platform. This center must be confused with the center of rotation of the platform." -- On a displacement of fringes recorded on a platform in uniform rotation, with Alexandre Dufour (1940)
Dufour & Prunier conducted a replication of the Sagnac experiment that took rotating frames of reference into account thus, falsifying relativity and removing all objections to the static aether.
You're dismissed.
ref:
"Georges Sagnac , born on October 14 , 1869 in Périgueux and died on February 26 , 1928 is a French physicist who left his name to the Sagnac effect , a phenomenon that is the basis of interferometers and gyrolasers developed from the late 1970s. He was also the discoverer of fluorescence. X" -- wiki
"Alexandre Dufour is a French physicist who succeeded Georges Sagnac as lecturer in physics for the PCN certificate ( 1st year of medical studies) at the Faculty of Sciences of the University of Paris in September 1920. He obtained the title of professor without a chair on April 1 , 1927 , then was appointed full professor on October 1 , 1931 .
He was the inventor of the cathode oscillograph , which he described the process from 1914 1 , before publishing the detail of the device in 1920 2 ." -- wiki
"Fernand Maurice Daniel Prunier is a French anti-relativist engineer, born on October 21, 1897 and died on September 21, 1971 1 , 2 ." -- wiki
"Summary : In a first series of experiments, here accessories, but which nevertheless had to be realized, we used an entire optical circuit integral with the rotating platform as in the previous works of Sagnac. In these conditions we have found that the observed fringe displacements are the same to within 6%, that the light source and the photographic receiver are involved in the rotation of the platform, as in the Sagnac experiments, or that they remain fixed in the laboratory. The second series of experiments described here was intended to study the movement of the fringes due to rotation, under completely new conditions characterized by the fact that the optical circuit of the two superimposed interfering beams is formed of two parts in series, one of which remains fixed relative to the laboratory while the other is secured to the platform in rotation. The displacement of the fringes, obtained under these new conditions, has been that which can be foreseen by classical theory. In the case where the optical circuit is entirely integral with the rotating disk, as in the Sagnac experiments, the observer does not have the means to make a choice between the interpretations of the placement of the fringes obtained respectively given by the theory. classical and by relativistic theorists. But, in the case where there is a part of the circuit which remains fixed in relation to the laboratory, the relativistic theorist can not remain in agreement with the classical theorist, nor with the results observed, supposing, as he had done so far, here, that the center, where it is supposed to be placed to make the calculation of the experiment, can be chosen arbitrarily on the rotating platform. This center must be confused with the center of rotation of the platform." -- On a displacement of fringes recorded on a platform in uniform rotation, with Alexandre Dufour (1940)
So why should we believe that exactly? Because it's written there? If I write: the relativistic theorist can remain in agreement with the classical theorist, would you believe it? Have you done the experiment yourself or are you trained enough to even understand the experiment? No you aren't, you read a summary on the internet that said something and you believed it, 0 critical thinking.
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