How Variable Massive Star Formation is Originated?

How Variable Massive Star Formation is Originated?
Or How different massive Stars and Galaxies are born?
According to Quantum FFF Theory, there is a direct relation between the virtual mass of both Black Hole Based Herbig Haro "Bowshocks" (Stellar Anchor Black Holes; (SABHs) and the maximum capacity to form stable stars in between the bowshocks.
If the star has reached its maximum mass, it is assumed to become unstable and will produce one or  two smaller stars, which is the start of an open star cluster. (see image)
For galaxy forming, those massive stars has to go through a process of supernova black hole production and black hole pairing into NEW smaller Herbig Haro systems to for secondary stellar Anchor Black Holes ( SABHs)
Even our sun has two SABHs.( see image ) 
See: Astronomers View Cosmic Light Show of Star Formation.
Quote: "But, unlike stars like our ( small) Sun, astronomers know much less about how these enormous stars form".
https://scitechdaily.com/astronomers-view-cosmic-light-show-of-star-formation/

Even the sun is growing by contraction of gas clouds and spitting out so called "failed stars" see below.

ONE MICROLENSING IN ONLY 7 HRS? MEANS that the Hubble constant is extra crushed to pieces

Stephen Hawkings suggestion that Dark Matter could be the same as tiny black holes lurking far out from galaxies is tested by Subary/HSC bobservation of stellar microlensing..
see:  Microlensing constraints on primordial black holes with the Subaru/HSC Andromeda observation  https://arxiv.org/abs/1701.02151

However, They found ONE MICROLENSING IN ONLY 7 HRS?
Which is suggested to negate the Hawking idea of tiny BHs .
However, in Quantum FFF Theory, it could mean that the Hubble constant is extra crushed to pieces
by the existence of larger than tiny dark matter black holes with influence on the redshift of light passing by.

According to Quantum FFF Theory, Black Holes are indeed the same as Dark Matter as Hawking suggested, but at all BH scales.
Black holes can have different sizes from the Higgs 125 GeV up to the central Milky Way BH and more central BHs even able to merge into a Big Crunch BH, as the base for a cyclic raspberry shaped Multiverse.
If  the Big Crunch black hole stringy nucleus is supposed to become in equilibrium with the outside vacuum pressure, the nucleus will explode into chunks of different sizes and partly evaporate into the oscillating vacuum lattice with a tetrahedral shape ( in pyrochlore form)
Equal sized chuncks will form huge Herbig Haro bowshocks with star and galaxy creation in between..

Other examples of Dark Matter Black Holes even around and between clusters are assumed to be the origin of extra redshift and as the origin of the mysterious rotation curves galaxies.

4x things we could learn the next 10th of April's Horizon Telescope images.?

See:  https://www.sciencenews.org/article/event-horizon-telescope-first-image-black-hole-questions

4x things we could learn?
Questions:
1,What does a black hole really look like?
2,Does general relativity hold up close to a black hole?
3,How do some black holes make jets?
4,Do stellar corpses called pulsars surround the Milky Way’s black hole?
Answers suggested by Quantum-FFF Theory:
1, mostly with a fermion disc
2, Yes.
3, By the Planck length polarization due to additional adjacent black holes. e.g. two Herbig Haro Black holes, as the dual jet connection.
4, Yes, but only around the largest BHs such as central galaxy BHs. ( small BHs ( the pulsars) are eaten by larger BHs)  BHs with the same mass will form Herbig Haro systems with star formation in the middle.
see also:
https://www.researchgate.net/publication/267759588_The_Proper_Motion_of_the_Galactic_Center_Pulsar_Relative_to_Sagittarius_A 

In an interview with Newsweek following the 2017 observation period, Vincent Fish, a research scientist at MIT Haystack, said they hope to see the flow of material in and out of the black hole. “What we expect to see is an asymmetric image where you have a circular dark region. That’s the black hole shadow,” he said. “And there might be a bright ring at the edge of that—which is the photon ring [a spherical region of space where gravity is so strong photons are forced to travel in orbits]. Then around it you will see one side is bright and the other side is faint, so kind of like a crescent.”

Propeller Fermion String Theory, the base for a new Multiverse.

see also: https://bigbang-entanglement.blogspot.com/2019/03/fermion-propeller-string-theory-as.html

and:  https://bigbang-entanglement.blogspot.com/2019/04/support-for-new-black-hole-paradigm.html

and: http://vixra.org/author/leo_vuyk

Support for New Black Hole Paradigm: They create and sweep away Fermions ( they don't eat Fermions)

Herschel observations are a strong support for the New Black Hole paradigm of Quantum FFF theory:

Black Holes create and sweep away all Fermions, but absorb smaller black holes and the oscillating vacuum lattice and radiation.

How are propeller shaped Fermions swept away? 

see: https://bigbang-entanglement.blogspot.com/2019/03/fermion-propeller-string-theory-as.html

see also: : http://sci.esa.int/herschel/55643-black-hole-winds-sweep-away-the-gas-in-galaxies-artists-impression/ 

see also: The Electric Universe by Electric Dark Matter Big Bang Black Holes of Quantum FFF Theory.

http://vixra.org/pdf/1902.0349v1.pdf and http://vixra.org/pdf/1301.0050v4.pdf

see also: 

4x things we could learn the next 10th of April's Horizon Telescope images.?

See:  https://www.sciencenews.org/article/event-horizon-telescope-first-image-black-hole-questions

4x things we could learn?
Questions:
1,What does a black hole really look like?
2,Does general relativity hold up close to a black hole?
3,How do some black holes make jets?
4,Do stellar corpses called pulsars surround the Milky Way’s black hole?
Answers suggested by Quantum-FFF Theory:
1, mostly with a fermion disc
2, Yes.
3, By the Planck length polarization due to additional adjacent black holes. e.g. two Herbig Haro Black holes, as the dual jet connection.
4, Yes, but only around central galaxy BHs.

The first direct evidence supporting this feedback scenario was made possible by combining far-infrared observations from ESA's Herschel space observatory, which detected large-scale outflows of molecular gas in the galaxy IRAS F11119+3257, with X-ray data from the Japanese/US Suzaku X-ray observatory, which could sense the winds close to the black hole. The multi-wavelength aspect of this study was crucial to linking what happens in the vicinity of the black hole and its global effect on the galaxy as a whole.

The galaxy observed in this study is an Ultra-Luminous InfraRed Galaxy (ULIRG) at redshift 0.189, whose light has taken some two billion years to reach us. Astronomers consider these 'local' ULIRGs to be systems that are undergoing massive galactic mergers; in turn, the merger spurs intense bursts of star formation.

The Creation and Repulsion of propeller shaped Fermions by new paradigm Electric Dark Matter black Holes.   see also: http://vixra.org/pdf/1902.0349v1.pdf

The mystery of Globular Cluster HP1, explained by Quantum FFF Theory.

see also: https://www.sciencedaily.com/releases/2019/03/190326105702.htm

Recently HP1 was analyzed to be a surprisingly very old Globular cluster, which could not be explained by general accepted theories.
Quantum FFF Theory however seems to be able to give answers about The HP1 mystery by the introduction of NEW PHENOMENA :
1, That the Big Bang was the splitting of a huge dark matter Black Hole Nucleus being the Big Crunch of a former (Multi) Universe
2, leaving dark matter Black Holes of different sizes behind.
3, That Herbig Haro (HH) systems are made by two equal sized  BHs acting as so called Bow Shocks with star formation in between.
4, That largest twin HH systems are the origin of the largest but short living primordial stars creating the largest Galaxy systems,
5, That the smallest HH systems are the origin of the smallest but long living primordial stars creating the smallest Galaxies like the Globular clusters
with the oldest stars inside.
6, The Milky way is assumed to be created by the merging of large and small galaxies,
7, reason to postulate that the HP1  globular cluster is a globular cluster remnant of those very small long living merger Galaxies.
8, Around both Bow-shock black holes , former stars will be attracted into a Globular cluster.
9, HP1 seems to be one of those black hole based HH plasma hotspot called bow-shocks


see also: https://bigbang-entanglement.blogspot.com/2019/03/fermion-propeller-string-theory-as.html

and: https://bigbang-entanglement.blogspot.com/2019/03/the-origin-of-calabi-yau-space-in.html