Seed Formation is assumed the same as the Q-FFF Blaxk Hole Splitting Singularity Big Bang. of the Q-FFF Theory.
See also: https://www.astroblogs.nl/2024/02/07/wat-was-er-eerst-zwarte-gaten-of-sterrenstelsels/
The Q-FFF Rigid String Theory says: (1) There is only one CONSTRUCTIVE Topological and Resilient TRANSFORMING STRING (Axion/vacuum Dark Energy building block ), forming direct after the Black Hole Splitting Big Bang. so called Travelling TADPOLE Black Hole based Filaments, expanding the Cosmic Lyman Alpha Structure. (2) A Raspberry Entangled 12x Mirror Copy Multiverse is Postulated as base for uncertainty (ER=EPR) and Libet's FREE VETO WILL . SO We live inside an exploded BH
QUANTUM FFF topological STRING THEORY and the Fermion Propeller.http://vixra.org/author/leo_vuykhttps://www.flickr.com/photos_user.gne?path=&nsid=93308747%40N05&page=&details=1If the big bang was the splitting of a huge Axion/ Higgs particle Dark Matter Black Hole (ELISIUM DM- BH) nucleus into smaller DM-BH nuclei, then no standard Fermion/ Baryon inflation has happened only the DM-BH based Lyman alpha forest equipped with local Herbig Haro star/galaxy creating systems.
All black holes of all sizes (down to ball lightning) seem to be equipped with a Fermion repelling- and plasma producing horizon, which has also a charge splitting effect into a negative (outside) and positive ( inside) zone ( see oriental basin of the moon) .Conclusion, all Bhs are: "Negative Charged Electric Dark Matter Black Holes" with a rigid open string sector with intrinsic 3x hinging curvature.
Seed Formation is assumed the same as the Q-FFF Blaxk Hole Splitting Singularity Big Bang. of the Q-FFF Theory.
The Cyclic Multiverse see Q-FFF String Theory.
Als donkere energie zwakker wordt zou het heelal over 33,3 miljard jaar in kunnen storten tot een ‘big crunch’ as the Q-FFF Theory suggested before.
see also; https://bigbang-entanglement.blogspot.com/2025/05/magnetar-stoot-energie-uit-ne.html
The Q-FFF Theory's conclusion: Black Holes seem to be the creators of the Treads of Nissing Matter. left behind and the Cosmic web.
This image shows the new filament, which connects four galaxy clusters: two on one end, two on the other. These clusters are visible as bright spots at the bottom and top of the filament (four white dots encircled by color). A mottled band of purple stretches between these bright dots, standing out brightly against the black surrounding sky; this is the filament of X-ray-emitting hot gas that had not been seen before, and contains a chunk of ‘missing’ matter. The purple band comprises data from Suzaku. The astronomers were able to identify and remove any possible ‘contaminating’ sources of X-rays from the filament using XMM-Newton, leaving behind a pure thread of ‘missing’ matter.
see: https://scitechdaily.com/astronomers-find-universes-missing-matter/How the Filaments seem to be created from the the evaporating Splitting Tadpole Big Bang Black Holes. INTO : "Cube Octahedron Hilbert space".
Evaporation of Super Nova black Holes leaving hot filaments behind, assumed to be the origin of the expansion of the universe or the Lyman Alpha system..( Q_FFF model)
Half of the universe's ordinary matter was missing — until now.
In the Q-FFF Theory this ( anti matter) is explained by the 50% entangled anti matter copysystem of the 12 x anti-copy universes of the 12x multiverse.
Astronomers have used mysterious but powerful explosions of energy called fast radio bursts (FRBs) to detect the universe's missing "normal" matter for the first time.
This previously missing stuff isn't dark matter, the mysterious substance that accounts for around 85% of the material universe but remains invisible because it doesn't interact with light. Instead, it is ordinary matter made out of atoms (composed of baryons) that does interact with light but has until now just been too dark to see.?
Below; TWO DARK MATTER BLACK HOLES, SOMETIMES, EVEN THREE BLACK HOLES FORMING A GALAXY SYSTEM.
Een Europees team van astronomen onder Nederlandse leiding heeft een groot filament van heet gas blootgelegd dat vier clusters van sterrenstelsels met elkaar verbindt. Het filament bestaat uit zogeheten warm-heet intergalactisch medium. Het hete gas strekt zich uit over een afstand van 23 miljoen lichtjaar, is meer dan tien miljoen graden heet en maakt mogelijk deel uit van de ontbrekende normale materie. Het team gebruikte twee röntgenruimtetelescopen: de Japanse Suzaku en de Europese XMM-Newton. Ze publiceren hun bevindingen vandaag in het vakblad Astronomy and Astrophysics.