Plasma Cosmology says that plasma, and its interaction with other plasmas, gases, dust, magnetic fields, etc., is a controlling force of the universe. These hard-to-see populations and under-appreciated dynamical forces can replace dark matter. From K. Birkeland in the 1800s, to H. Alfvén in the 1900s, to Dr. Peratt’s classified work at Los Alamos, comes evidence of a plasma universe.
Problems with Dark Matter Cosmology Summary:
1) The timeline – supermassive quasars/early galaxies – too big, too early, long before they should exist.
2) No dark matter particles/signatures found, ever.
3) WIMP-required supersymmetry has failed in lots of ways.
4) Kirchoff’s law is invalid – which implies the cosmic microwave background is misunderstood.
Best Plasma Universe Solutions Summary:
1) Scientists continue to discover new populations of dust and plasma, the influence of plasma turbulence and magnetic fields over gravity/chaos, and the ability of dust to hide electric currents in space.
2) Today we know that many galactic magnetic fields are large scale and coherent, that their cold plasma and dust halo is larger than expected, co-rotating with the galaxy, and being fed in helical spirals from the larger cosmic web.
3) Cassini found that dust was hiding 95% of the electric current in Enceladus’ plume, and if we can only detect 5% in the middle of the current, we detect nothing from space.
4) While the majority of Dr. Peratt’s nuclear test data is still classified, we were allowed to present a qualitative description of implications of what is in unpublished and classified reports, in the context of cosmological physics – there is no dark matter, it’s all normal luminous matter.
THIS FIELD UPDATES DAILY – FOR YOU TO DO SO, EITHER KEEP UP WITH OUR DAILY SHOW OR THE 20 RELEVANT JOURNALS. THE MOST CRITICAL NEW UPDATES WILL BE POSTED HERE:
DISTANT SPACE
1) ALMA find massive faint galaxies 10 billion light years away- invisible to Hubble. These galaxies are 10x as numerous as optically visible galaxies, constituting the majority of the early galaxies, and were unknown until now and violates all model predictions. This is a lot of extra [non-dark-matter] material and dynamics to model. This ties into Dr. Melia’s timeline issue and the formation of these objects so early. https://www.nature.com/articles/s41586-019-1452-4 [August 7, 2019]
2) Supernovae, Quasars and Gamma Ray Bursts all provide tension with the standard dark matter model. Numerous previous claims have looked at these energetic deep space phenomena and concluded that tension existed between the observed universe and the dark matter models. This confirms those tensions, to a very significant degree, and indicates this is likely due to new physics outside the LCDM model. The inconsistencies provided by each are consistent with each other, rather than being random disagreements. https://www.aanda.org/articles/aa/full_html/2019/08/aa36223-19/aa36223-19.html [August 6, 2019]
3) Distant luminous red galaxies are connected to the cosmic web by filamentary structures. The radio bridges emit due to electron acceleration in the magnetic fields of the filaments, which are also a considerable part of the cosmic connectivity. https://arxiv.org/abs/1909.05852 [A&A Submitted Sep.2019]
4) Another timeline problem. A record-breaking photo-cluster of galaxies was spotted 13 billion light years away, already furiously creating stars. The cluster challenges the timeline on which such massive clusters can form, or it challenges the timeline of the cosmos itself. https://iopscience.iop.org/article/10.3847/1538-4357/ab2cd5 [September 30, 2019]
GALACTIC PHYSICS
1) Dusty toroids around active galactic nuclei (AGN) were previously believed to be source of AGN dusty emission. New study indicates that the torus has little contribution, it is the AGN itself making the dust. This provides problems for the nature of the torus, AGN activity, etc., ones that provide excellent candidates for plasma modeling to reconcile. https://academic.oup.com/mnras/advance-article-abstract/doi/10.1093/mnras/stz2289/5551495?redirectedFrom=fulltext [August 19, 2019]
2) The circumgalactic medium is now known to have a very-hot phase medium within the warm-hot medium, which means that this outer halo region is both more energetic and has a different baryonic and mass profile than previously realized. https://iopscience.iop.org/article/10.3847/2041-8213/ab3b09 [September 6, 2019] – This is the same region where they found the lost light of Hubble coming from co-rotating luminous matter fed by helical vortex filaments (currents) from the cosmic web.
3) The large satellites of the Milky Way do not require the existence of dark matter. New model describes how their varying speed in orbit can disrupt their initial conditions and confound modern observations seeking to explain their dynamics with only the matter their now. [To be Published in ApJ] https://arxiv.org/pdf/1812.10714.pdf
4) By using the fine detail of the galactic structure in the spiral arms, the velocities of the stars are resolved. A study purports to suggest that luminous matter may be all that’s needed to account for galactic dynamics. [To be published in ApJ] https://arxiv.org/pdf/1909.11158.pdf
DUSTY PLASMA
1) Herschel observations of M31 galaxy reveal challenging revelations about its dust content in terms of commonly used models/assumptions. The more they look, the more they discover, AND the more tensions they find with their expectations. It means we not only do not see all the dust yet, but we misunderstand is character. https://academic.oup.com/mnras/advance-article-abstract/doi/10.1093/mnras/stz2166/5549520?redirectedFrom=fulltext [August 13, 2019]
2) Interesting model/simulation of plasma in intergalactic space forms flat sheets – electric space pancakes. These are current sheets, likely to be double layers, and they believe this is going to be a common cosmological feature. The effects of such sheets on large scales is largely unknown, and must be done via plasma physics. https://iopscience.iop.org/article/10.3847/2041-8213/ab30cb [August 9, 2019]
3) Olivine crystal space dust discovered, prominently. This unexpected discovery brings up two interesting points from the film. This furthers the crystal/dust problem with shielding of electric current and optic tricks, and also calls forth our memory that olivine is conductive like many other crystals, and provides a medium and aid to electrodynamic influence in the region. It is also one more indication that we do not fully understand the character of dust in the cosmos. https://arxiv.org/pdf/1909.00652.pdf [September 4, 2019]
STARS
1) Studies of star clusters in the Large Magellanic Cloud have reversed common understanding of their dynamic evolution. While they were thought to begin densely clustered and expand, we now know the larger stars migrate inward and the smaller ones slowly expand in a scatter and can even escape. https://www.spacetelescope.org/news/heic1915/ [September 9, 2019]
2) ALMA confirms the magnetic control of star-forming regions far beyond SOFIA’s discoveries. Formation efficiency and disk/jet dynamics are controlled by magnetohydrodynamic forces, representing a monumental shift in the paradigm over the last 3 years, and showing remarkable similarity with AGN jets. https://www.frontiersin.org/articles/10.3389/fspas.2019.00054/full [July 31, 2019]
OTHER
Bose Einstein Condensate Cosmology Continues Getting Scattered Support
– https://arxiv.org/abs/1908.04402
– https://arxiv.org/abs/1908.08784
SUCCESSFUL DARK MATTER SEARCHES
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