Q-FFF Theory at: http://vixra.org/author/leo_vuyk
266. Eso9934 A Micro-Herbig Haro black hole system with two aligned failed star strings?I In Bok Globule.
Bok Nebula ESO 9934 with indication for a Herbig Haro Micro Black Hole system inside. According to Quantum FFF Theory, star spots are micro Black Holes. After stellar explosions these starspots will search for companions and for dual BH systems just as is found for macro Herbig Haro systems.
Two aligned stellar? ( gas globules or failed stars) strings (A) are observed, starting from the central white hole (B) located between the micro-Herbig Haro Black Holes (C)
The size of the dual BHs is assumed to be responsible for the lack of real star formation.
see: www.aanda.org/articles/aa/pdf/2012/11/aa19139-12.pdf
and:
For star producing open star clusters, it is assumed that the central star is the start of a so called open star cluster, producing multiple stars by a what I call a "Hula Hoop" instability star splitting process.
This Hula Hoop process is recently observed by the Spitzer satellite, (2013) showing two "Hula Hoop"stars accelerated away from a central mother star.
If the rotating central star is growing by the gas supply and accelerated by electrical Birkeland currents, it is stabilized by these Birkeland currents and the structure of the oscillating Higgs vacuum in between the two H-H lobes or black holes..
However at some moment, the star will reach its maximum mass, as a result it will start to wobble like a rugby ball and eventual split into three stars, the start of an open star cluster, which is what the Nasa Spitzer telescope showed us.
CONCLUSION:
So called super stellar nurseries only form in between two or more large new physics black holes observed as Herbig Haro Bow shocks.
This seems only possible in the early universe or if Galaxy Anchor black holes meet each other inside merger galaxies.
In more recent galaxies we find open star clusters as the result of Supernova nebula produced black holes.
The single SN black hole has to travel far to find a partner to form an HH system.
The multiple "sunspot" black holes however are supposed to take over the forming of Herbig haro systems. Dependent of the size of these starspot black holes HH systems will be formed to form open star clusters producing real stars, or Bok globules to form smaller open star clusters producing smaller "hula hoop" stars ( or failed stars) in between.
266. Eso9934 A Micro-Herbig Haro black hole system with two aligned failed star strings?I In Bok Globule.
Bok Nebula ESO 9934 with indication for a Herbig Haro Micro Black Hole system inside. According to Quantum FFF Theory, star spots are micro Black Holes. After stellar explosions these starspots will search for companions and for dual BH systems just as is found for macro Herbig Haro systems.
Two aligned stellar? ( gas globules or failed stars) strings (A) are observed, starting from the central white hole (B) located between the micro-Herbig Haro Black Holes (C)
The size of the dual BHs is assumed to be responsible for the lack of real star formation.
see: www.aanda.org/articles/aa/pdf/2012/11/aa19139-12.pdf
and:
For star producing open star clusters, it is assumed that the central star is the start of a so called open star cluster, producing multiple stars by a what I call a "Hula Hoop" instability star splitting process.
This Hula Hoop process is recently observed by the Spitzer satellite, (2013) showing two "Hula Hoop"stars accelerated away from a central mother star.
If the rotating central star is growing by the gas supply and accelerated by electrical Birkeland currents, it is stabilized by these Birkeland currents and the structure of the oscillating Higgs vacuum in between the two H-H lobes or black holes..
However at some moment, the star will reach its maximum mass, as a result it will start to wobble like a rugby ball and eventual split into three stars, the start of an open star cluster, which is what the Nasa Spitzer telescope showed us.
CONCLUSION:
So called super stellar nurseries only form in between two or more large new physics black holes observed as Herbig Haro Bow shocks.
This seems only possible in the early universe or if Galaxy Anchor black holes meet each other inside merger galaxies.
In more recent galaxies we find open star clusters as the result of Supernova nebula produced black holes.
The single SN black hole has to travel far to find a partner to form an HH system.
The multiple "sunspot" black holes however are supposed to take over the forming of Herbig haro systems. Dependent of the size of these starspot black holes HH systems will be formed to form open star clusters producing real stars, or Bok globules to form smaller open star clusters producing smaller "hula hoop" stars ( or failed stars) in between.