Jean-Pierre Petit's Janus model: important claims verified in peer-reviewed article

In June 2018, the top level journal  Astrophysics and Space Science published an article validating twelve observational confirmations of Jean-Pierre Petit's cosmological model JANUS, which up to now has been strenuously ignored by the scientific community. Q-MAG.org has on several occasions presented Jean-Pierre Petit's work to its readers.

Another scientific article by Jean-Pierre Petit is presently in the process of being reviewed. In this article, he exposes his interpretation of fluctuations in the background of primordial radiation, the CMB. His analysis allows him to conclude that in this negative sector the speed of light is multiplied by ten and the distances are 100 times shorter (making interstellar travel possible). In the words of Jean-Pierre Petit, now 81 years old:

"Rather than continuing to present my work in the manner of popular science, I now prefer to return to the front of peer-reviewed publications, where papers are analyzed by "referees." Indeed, the combat of science is played on the field, not in the locker-rooms. This is a rule which I have always respected."

"I have the feeling that the edifice of cosmology, of astrophysics, is a vast house of cards which is on the verge of collapsing. The current thesis, with its unfindable dark matter and its mysterious dark energy can no longer be defended. In my article published in Astrophysics and Space Science, the following are the main points which, to use a consecrated expression, have been validated by the scientific community:" 

• JCM provides an explanation of the phenomenon of the cosmos expanding.
• JCM explains the absence of observation of primordial antimatter, contrarily to the current cosmological model (antimatter with a negative mass) which provides no explanation for this phenomenon.
• JCM describes precisely the nature of the invisible components of the universe (antiprotons, antineutrons, anti-electrons, of negative mass, etc.), which the dominant model does not.
• Besides, JCM is able to predict that the antimatter which is created in the laboratory will behave just like normal matter in the Earth's gravity field, meaning that it will "fall down." (Contrary to the predictions of Luc Blanchet and Gabriel Chardin, deprived of any theoretical support).
• Because in the JCM model masses of opposite signs repel each other, the latter are pratically absent in the Solar system. So that the model satisfies the classical verifications of General Relativity (under these conditions, the first field equation becomes Einstein's equation, which is an approximate version of the system of Janus twin field equations).
• JCM provides a clear schema for the formation of the large scale alveaolar structure of the Universe, which the current model is at pains to reproduce.
• JCM explains the repulsive effect of the Great Repeller (a structure discovered in January  2017). The escape velocities of galaxies measured in the vicinity of this region are due to the repulsive effect created by the presence of a conglomerate of negative mass. The dominant model is incapable to explain this phenomenon, invoking instead the existence of a gap in the distribution of dark matter, with a positive mass. But if the theory of gravitational instability explains the phenomenon of accretion, it does not explain how such a gap could have come to form itself. 
• JCM explains the confinement of galaxies as well as the leveling off of their rotation curves, indicating peripheral super-velocities, as was shown recently by Jamie Farnès of Great Britain. It is no longer necessary to invoke the existence of a mysterious halo of dark matter, as does the current dominant model.
• According to JCM, the observed gravitational lens effects are principally due to a confinement effect of the beams through the environment of negative mass which surrounds galaxies and galaxies-clusters. Here too, it is no longer necessary to invoke the action of some mysterious dark matter. 
• JCM provides an explanation of the fact that far-off galaxies, with a strong red shift, have weak magnitudes, making them appear as dwarves. The light which they emit, when travelling through conglomerates of negative mass, finds itself diffused through an inverted gravitational lens effect.  

This is a rich crop of results. But the glossy popular magazines which every summer offer special issues on the Universe to be read while sun-bathing will not mention a word of it.  

Jean-Pierre Petit

^{(translated from the French by Anne-Marie de Grazia)}

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