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GLIDER
page created on July 20, 2018
Another article is under review, where I present my interpretation of fluctuations in the primordial background radiation, the CMB. This analysis allows me to conclude that in this negative sector, the speed of light is ten times higher and the distances are 100 times shorter (so interstellar travel becomes feasible). Rather than continuing to expose my work in a popularized way, I have preferred to return to the front line of the battle for publications in peer-reviewed journals, where papers are analyzed by "referees". Indeed, the battle in science is fought on the field, not in the dressing rooms. This is a rule I have always personally respected. However, you will notice that our "cosmic men" from France are mainly communicators. None has any observational confirmation to offer. Example: the crumpled universe of Jean-Pierre Luminet, Roland Lehoucq and Alain Riazuelo, or the Multiverse of Aurélien Barrau.
I have the impression that the edifice of cosmology, and astrophysics, is a vast house of cards that is waiting to collapse. The current thesis, with the unfindable dark matter and the mysterious dark energy, is no longer defensible. In the article published in Astrophysics and Space Science, here are the main points, which are therefore, to use the established expression, validated by the scientific community. It is the translation of what is contained in this article.
The Janus Model (Janus Cosmological Model or JCM)
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JCM accounts for the phenomenon of the acceleration of cosmic expansion
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JCM explains the absence of observation of primordial antimatter, in contrast to the Lambda-CDM model (it is antimatter with negative mass), which provides no explanation for this phenomenon.
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JCM accurately describes the nature of the invisible components of the universe (antiprotons, antineutrons, anti-electrons, negative mass, etc.), which the dominant Lambda-CDM model does not do.
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Moreover, JCM predicts that the antimatter created in the laboratory will behave like ordinary matter in the Earth's gravitational field, that is, it will "fall downward" (in contrast to the predictions of Luc Blanchet and Gabriel Chardin, which lack any theoretical support).
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Because in this model, masses of opposite signs repel each other, they are practically absent in the solar system. Thus, this system therefore satisfies the classical verifications of General Relativity (since in these conditions the first field equation becomes the Einstein equation, which is an approximate version of the coupled Janus field equations).
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JCM provides a clear scheme for the formation of the large-scale structure of the universe (cellular), which the Lambda-CDM model struggles to reproduce.
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JCM explains the repulsive effect of the Great Repeller (a structure discovered in January 2017). The escape velocities of galaxies, measured near this region, are due to the repulsive effect created by the presence of a negative mass conglomerate. The dominant model is unable to explain this phenomenon, invoking the existence of a gap in the distribution of positive mass dark matter. However, if the theory of gravitational instability explains the phenomenon of accretion, it does not explain how such a gap could form.
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JCM explains the confinement of galaxies, as well as the plateau of their rotation curves, indicating excesses in the periphery, as recently shown by (the Englishman) Jamie Farnès. It is no longer necessary, as the Lambda-CDM model does, to invoke the existence of a mysterious dark matter halo.
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According to JCM, the gravitational lensing effects observed are mainly due to the bending of rays by the negative mass environment surrounding galaxies and galaxy clusters. Again, there is no need to invoke the action of a mysterious dark matter.
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JCM provides an explanation for the fact that distant galaxies, with high redshift, have low magnitudes, appearing as dwarfs. The light they emit, when passing through negative mass conglomerates, is scattered by the effect of inverse gravitational lensing.
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JCM explains the spiral structure of galaxies, which it attributes to a dynamic friction between them and the negative mass that surrounds them. The dominant Lambda-CDM model has no model to offer.
This is a rich summary. But everything suggests that the French popular science magazines, which each summer present special issues on the universe, to be read on the beaches, will say nothing about this.
I did not participate, as last summer, in scientific conferences. The COSMO 18 conference was held this time in South Korea. Anyway, if I participate in new conferences, it will only be with a presentation in a room, not a simple poster.
Right now I must finalize the illustrations of my next book. The publisher opposed (I think rightly) to the reproduction of any photo, even taken from the Internet, due to the possibility of emerging image rights claims. I had to redo 80 illustrations and photos, converting them into drawings. Example this image of Karl Schwarzschild:
Karl Schwarzschild
One last question: how do I manage, at 81 years old, to cope with all this? It is thanks to the help of a few friends, including engineer Pascal Chéreau, who has this "wood and canvas" glider M-200.
Here on the field of Serre la Bâtie.
Resting, lying on a lounge chair? Not my style. Tourism? Also not. I need... strong emotions, to release the stress of everything I experience professionally (alone against thousands of hostile people). Yesterday I flew with Pascal, on his C-200, which he let me pilot. And there, my friends, we really have fun. Nothing to do with flat flying, in Vinon. The small field of Serre la Bâtie, near Laragne (where I did so many delta flights), is located an hour from my home, nestled between hills. So it's mountain flying, but in good safety conditions, with open areas and meadows where you can "have a cow" without too much worry. We therefore enjoy the scenery. By the way, if there are any paragliders or pilots of all machines, gliders, helicopters, hot air balloons, paragliders, tandem delta wings, who offer me to share a flight, I'm interested. Flying up, it's the only thing that really works to clear your head, as is well known. And you can imagine that I often need it quite a lot.
To relive my flight from yesterday, start by loading the flight file. To do this, right-click on the link: /legacy/PLANEUR/vol-19-juillet-2018.IGC
Then download the linked file, which is in the form of text.
Go to the website: https://www.soaringlab.eu/viewer.php and click, at the top left on "flights" (the flights)
There, click on the option "Choose the Files"
You can then point to the file vol-19-juillet-2018.IGC.txt
There you have a presentation of the flight using Google Earth. At the bottom, a scroll bar with a blue index.
Go to the middle of the flight, where things are more interesting (it's me who is flying). At the top right, four windows, which give different presentations. At the bottom left, another blue arrow, which you turn, which accelerates o...