GABH Galaxy Anchor Black Holes Tripple pairing for UDG Ultra Diffuse Galaxies. in cluster locations.

 

see : Herbig Haro Object Mystery Solved by Dual/Triple New Physics Dark Matter Black Hole Pairing, the Origin of Quick Star/Galaxy Formation.

https://vixra.org/pdf/1804.0244v1.pdf

Evidence for a Fermion Creating and Repelling New Physics Black Hole in Herbig Haro systems .

 Evidence for mass creating Herbig Haro systems out of the polarized vacuum, by  Fermion Repelling New Physics Black Holes. 

 Bow shock outflow velocity differences between the leading black hole (bow shock) and the secondary smaller Fermion plasma hotspots are the tell tales.  The black hole (O) is proving it by the smallest relative velocity in the system.  The BH is come to an equilibrium with its opposite BH with the local spacetime polarization. (see butterfly profiles in second image)

The two Herbig Haro BHs are the creators of the universe by star and galaxy formation out of the vacuum strings into real matter,  after the string explosion big bang. 

Conclusion: Secondary Fermionic plasma hotspots are repelled ! As predicted by Q-FFF Theory. see: Herbig Haro Astrophysics Based on Dual Rigid String Black Holes. https://vixra.org/pdf/2007.0158v1.pdf

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

and: https://bigbang-entanglement.blogspot.com/2019/01/topological-models-of-transformable.html

The local Spacetime polarisation.

Proplyds (below) are small new black holes (former starspots) with self producing pushing plasma tails searching for an equal partner to form a Herbig Haro System.

Small proplyds can even split larger ones into two equal BHs

Splitting Black Holes.(below)

Next book October 2020.

Dark Matter Point Sources Outside Galaxies the extra origin of gravity lenses and UDGs Ultra Diffuse Galaxy forming in Clusters.

Hubble telescope found strong evidence of individual gravity lenses oustside Galaxies in clusters. see: Hubble image of galaxy cluster MACS J1206 https://spacetelescope.org/images/heic1115a/

"This image from the NASA/ESA Hubble Space Telescope shows the galaxy cluster MACS J1206. Galaxy clusters like these have enormous mass, and their gravity is powerful enough to visibly bend the path of light, somewhat like a magnifying glass.

These clusters are useful tools for studying very distant objects, because this lens-like behaviour amplifies the light from faraway galaxies in the background. They also contribute to a range of topics in cosmology, as the precise nature of the lensed images encapsulates information about the properties of spacetime, the expansion of the cosmos and the distribution of dark matter within the cluster.

This is one of 25 clusters being studied as part of the CLASH (Cluster Lensing and Supernova survey with Hubble) programme, a major project to build a library of scientific data on lensing clusters.  Credit: NASA, ESA, M. Postman (STScI) and the CLASH Team. "

see also: https://bigbang-entanglement.blogspot.com/2016/07/the-mystery-of-cool-corusus-of-galaxy.html

and: https://www.sciencedaily.com/releases/2020/09/200910150348.htm

According to Q-FFF Theory, Around each galaxy there should be so called primary dual black holes, as the remnant of the former Herbig Haro ( bow shock/ black hole) system.  The origin is also called External Galaxy Anchor Black Holes or Dark Matter Point sources, responsible for strong gravity lenses and UDGs.       (below)

see also: https://www.researchgate.net/publication/319250867_The_Origin_of_Ultra_Diffuse_Galaxies_in_Galaxy_Cluster_Centers/figures

below, UDGs in the Coma cluster.  the Black Holes are in this photo, not observed directly or by gravitational lensing.!

Next Book, the New String Black Holes

My next Book: The String Black Hole.

 The string is part of a new rigid string black hole, able to transform into other single particles by collision.

A New Fermion repelling String Knot Black Hole, with Plasma and Gamma ray production.

 

2x Cross sections through the Fermion Repelling (blue) Gamma Ray producing (orange) new Black Hole ( Q-FFF Theory).  Fermion Repelling zone (blue: 10-11) and Globular Pair production collider-/Annihilation zone with Gamma ray production (Orange: 7) around a black hole, with Photon and Vacuum particle Oscillation Pressure with Globular Butterfly Directions (Q-FFF Theory)

Conclusions: 1:There is real fermion plasma production out of the vacuum by the pair production in the globular BH Collider, (orange) and repelling fermions by the repulsion zone (blue zone) 

2: There is Gamma ray production by the pair annihilation around the globular BH Collider  (orange) 

3: Time is not constant, only motion of particles, direction position and concentration is important around the BH

4: Only black hole or single vacuum strings came out of the big bang, no atom or quark at all. Herbig Haro systems did the rest.

1: Compact String Black Hole Nucleus

2: Reference directions of trajectories 4,5 and 6.

3: Other Incoming Photons and Vacuum particles

4: Particles going inside the BH photon collider horizon

5: Particles going around the BH photon collider horizon

6: Particles going at the BH photon collider horizon.

7: The photon collider horizon ( pair/plasma production)  .   

8: TEST MASSES with butterfly pressure direction

9: Globular Butterfly shaped spacetime pressure curves.

10-11: Globular Fermion Repelling zone.

see also: New Black Hole Physics, by Fermion String Repelling Black Holes. 

https://vixra.org/pdf/2007.0044v1.pdf

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

Conclusions:  

1:There is real fermion plasma production out of the vacuum by the pair production in the globular BH Collider, (orange) and repelling fermions by the repulsion zone (blue zone) 

2: There is Gamma ray production by the pair annihilation around the globular BH Collider  (orange)