How Galaxies are created with FIRSTLY one massive short living star between two GABHs in the early universe

 Strong comparison between the observed Black Hole distribution of Andromeda and the Dual Herbig Haro GABH system of the Milky Way.
See also: Primordial Black Holes and Dual Herbig Haro Effects for Star-Galaxy Formation.
https://vixra.org/pdf/2101.0158v1.pdf

The multiplication of stars postulated (Q-FFF model) by massive supernova star explosions creating many Nebula with starspot mini black holes, able to form new Herbig Haro systems with smaller star formation in between, to form the first growing Galaxy still able to merge with other galaxies to grow.

Fermion Propellers are Axion vacuum particle cutters (blue) into photons (Yellow) etc.(Q-FFF String Theory.)

Below: the simple youtube image. The well known "eigen energy of Fermions" seems to be created by the rotating propeller cutting of Axions into Photons. The transformable String by mechanical collision.

Fermion propeller milling the Axion (Higgs)  vacuum virtual particles into (monopole)   Photons able to merge with fermions to form Quarks.

Also Gravitons Neutrinos etc. 

Q-FFF Model says:  There are NO attraction forces only dual pressure forces to create attraction like gravity an EM attraction.

See also: https://vixra.org/author/leo_vuyk

BELOW; ANTI RELATIVITY EVIDENCE on the local lightspeed. Babcock Bergman and others.

 

The Golden Ratio structure of the Dodecahedron Multiverse (12xpentagons)

see also: Some start items of The Q-FFF Theory by cartoons.
An interesting fact is that the dodecahedron pentagon contain each the golden ratio length between two opposite corners.
see: https://bigbang-entanglement.blogspot.com/2023/05/httpsyoutubezjrh74jmtgw-q-fff-theory-by.html

Model Galaxy Formation in the Early Universe. by use of the Renaissance model and much Dark Matter from the Big Bang?

Q-FFF Model says: that the Big Bang was the explosion of a former Big Crunch Dark Matter Black Hole of compacted strings.

Now: The Renessance model seems to support such a dark matter model.

See: NO TENSION: JWST GALAXIES AT z > 10 CONSISTENT WITH COSMOLOGICAL SIMULATIONS Credit et al. Joe M. McCaffrey
 https://arxiv.org/pdf/2304.13755.pdf
In this study, we use results from the Renaissance simulations, which are a suite of high resolution simulations designed to model galaxy formation in the early universe.
We find that the most massive galaxies in Renaissance have stellar masses and star formation rates that are entirely consistent with the observations from the JADES and CEERS surveys.

  

The Q-FFF Dark Matter Big Bang model below:

An interesting fact is that the dodecahedron  pentagon contain each the golden ratio length between two opposite corners.

https://youtu.be/zjRh74JMtGw Some start items of The Q-FFF Theory by cartoons.

see also: https://bigbang-entanglement.blogspot.com/

and: https://vixra.org/author/leo_vuyk

An interesting fact is that the dodecahedron  pentagon contain each the golden ratio length between two opposite corners.

Before the Big Bang 11: Is the Universe a Time Machine? YES according to Q-FFF Theory: Fixed Cycle Time for each Eon cycle.

In contrast see this: Mass is not Frequency (Penrose) but Spin rotation of string Fermions to create a milling system to transfer Axion vacuum particles into photons monopole photons like the single graviton or the double photons for charge and Magnetism.

Below: the time machine between the cyclic universes Big Crunch and Big Bang.

A tidal disruption event (TDE) creating a "Tidal formed Disc", which results in a "Transient Flare" leaving the Black Hole.(Q-FFF model)

NEW: Q-FFF model says:  Black Holes repel and even create Fermions out of the virtual Axion Vacuum.

A tidal disruption event (TDE) occurs when a star passes sufficiently close to a supermassive black hole so that the "tidal formed disk", which results in a "transient flare" of emission across the electromagnetic spectrum. (NGC 7392)
see: https://iopscience.iop.org/article/10.3847/2041-8213/acc02f/pdf

However, according to the Q-FFF Model of new physics, the black hole could not devour the star (Fermions) due to the new physics "trapped space horizon" of Penrose combined with the Q-FFF postulate that of the black hole, which is repelling all Fermions.

Only the starspot micro black holes can be partly devoured, most of them will be creating a tadpole with plasma tail running away from the Black Hole.
Only the disc formation should be observed as the remnants of the star in combination with the transformation of the plasma disc into both jets leaving the place in opposite direction. into both- or even more GABHs (Galaxy Anchor Black Holes) see also the Andromeda black holes as evidence.

Below, the transfer of the disc material of the "tidal formed disc" into the "transient flare" 

see Page 7: https://iopscience.iop.org/article/10.3847/2041-8213/acc02f/pdf

The observed mid-IR flare, though, corresponds to the dust echo of this intrinsic flux, and its evolution depends on both the intrinsic emission and the dust distribution.

NGC 7392 is a nearby galaxy, located at around 42.3 Mpc.

To the best of our knowledge, this is the closest TDE detected  in the last decade. Yet, there was no flare detected in its optical emission. Physically, this was probably the result of heavy  obscuration of the transient source, which made it undetectable in the optical wave band.

At the same time, those dual jets could be observed also as "Transient fares."

Evidence for the new physics Dual Black Hole distribution of Herbig Haro star systems in the MW and Andromeda Galaxy (Q-FFF Model)

 What does the Andromeda and Milky Way distribution look like?: Two main- and multiple secondary arms by multiple Herbig Haro Black Hole mergers.(see: Q_FFF model) 

see: Primordial Black Holes and Dual Herbig Haro Effects for Star-Galaxy Formation see: https://vixra.org/pdf/2101.0158v1.pdf

and: https://bigbang-entanglement.blogspot.com/

Andromeda Galaxy BHs. https://www.sci.news/astronomy/article01159-black-hole-andromeda-galaxy.html

What is the new physics? solved by the new Penrose-Q-FFF Black Holes, repelling Fermions to form plasma tails tadpole black holes searching automatic to other Black Holes) 

What does the Milky Way look like?: Two main- and multiple secondary arms by mergers.(see: Q_FFF model)

 BY: Y. Xu, et all.

https://arxiv.org/pdf/2304.10690.pdf
In spite of much work, the overall spiral structure morphology of the Milky Way remains somewhat uncertain. In the last two decades, accurate distance measurements have provided us with an opportunity to solve this issue. Using the precise locations of very young objects, for the first time, we propose
that our Galaxy has a multiple-arm morphology that consists of two-arm symmetry (the Perseus and Norma Arms) in the inner parts and that extends to the outer parts, where there are several long,
irregular arms (the Centaurus, Sagittarius, Carina, Outer, and Local Arms).

Figure 4. Density map of the O–B2-type stars and contours of the YOCs, which are over plotted with the MW’s spiral arms (the
black lines) obtained by fitting for the positions of the O–B2-type stars. The red Sun symbol is the position of the Sun. For
the original projected distributions of O–B2 stars and YOCs onto the Galactic disk, please see Figure A1 in Appendix A.

Below: Only TWO arms connect the oldest center of the MW. (orange ad magenta), the rest is the result of dual merger Herbig Haro Black Holes (GABHs) of smaller galaxies..

H I emission as a function of LSR radial velocity and Galactic longitude. The colored dots are HMSFR masers with parallax measurements: Norma Arm (orange), Sagittarius Arm (cyan), Carina Arm (green), Local Arm (blue), Perseus Arm (magenta), and Outer Arm (red). The white dots indicate spurs or sources for which the arm assignment is unclear. The H I emission is from the HI4PI survey (HI4PI Collaboration et al. 2016). The subfigure presents a zoomed-in view of the red box, in which the masers are assigned to the Norma Arm (orange crosses) and the Scutum Arm (orange triangles) by R19, respectively, while here they are assigned to the same arm, i.e., the Norma Arm.

Below: The multiple secondary Galaxy Arms suggested to be remnants of former galaxy mergers, by the the Q-FFF Model are only partly visible in the picture 5.see below: 

Below see: Large Magellanic Cluster Galaxy Black Hole based  irregular GABHs. (probably created by the external GABHs of the Milky Way)

Below: see the small Black Hole network around the Andromeda Galaxy.

see also: https://www.sci.news/astronomy/article01159-black-hole-andromeda-galaxy.html

Compared just like the Q-FFF Model of GABH black holes of Andromeda with the Milky way., mostly created by former dual merger GABHs (Galaxy Anchor Black Holes).