The Origin of Hula Hoop Stars.
According to Quantum FFF ( Function Follows form) theory, Black Holes are equipped with three horizons by the structural differences of the quantum vacuum lattice at different distances of the BH nucleus.
As a consequence, Black holes produce and repel Fermions often in the form of plasma and ionized H2 gas. The gas has a peculiar habit, it will concentrate at the side of the black hole where it is attracted most by other gravitational influences of external objects. As a result, the gas will form knots or tails, able to PUSH the black hole horizon into an anti symmetrical shape which forces the BH to move opposite and away from the gas tail.
This process is supposed to be the base for lots of peculiar pairing and splitting dual gas knot processes observed in Nebula such as the Carina nebula.
If two black holes approach each other, there is a critical distance between the two objects originated by the mutual BH nucleus attraction force and the mutual gas tail attraction forces. As a result, at a critical distance the two gas tails will swing around the BH and form a mutual gas bar between the two BH's, pushing the two BH's away from each other.
This system is supposed the logical origin of so dual called Herbig Haro (H-H) objects, observed all around inside nebula and the origin of star forming processes in the centre of the dual H-H objects.
If the two H-H lobes represent the two (Super Nova) black holes then the total nuclear content (mass) of these BH"s will influence the surrounding quantum space and consequently the maximum mass of the central star of the H-H system. 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.
Leo Vuyk. Augustus-2- 2013.