sci.physics.particle

The weird principle of black hole propulsion observed inside several
milky way nebulae
The principle of black hole propulsion can be described as the
propulsion of single black holes by gas tails, which are deforming the
black hole horizon and the Higgs vacuum lattice structure into an anti-
symmetrical oscillating shape.
Due to this deformation effect, the black hole nucleus itself is
propelled by the local anti-symmetrical oscillating Higgs vacuum. The
Pairing of black holes can be described as the result of alternating
tail swing which is influenced by the mutual black hole gravitation
effect. At the end, a Herbig Haro object is often observed with two
more or less linear jets ending into two hotspots. ( the two black
holes became to rest)

It is assumed that the tail swing effect is often influenced by
external gravity sources and is the main origin of directional change
of black hole propulsion. However also static electrical fields must
be able to influence the tail swing.
The different shapes of the trailing tails, left behind by black holes
in motion and found in the Lagoon nebula are also supposed to be the
result of local electric field differences.
If we accept that each black hole is able to produce its own tail of
neutral un-charged gas molecules!, then we also may suppose that an
ionization process from the interstellar matter, will take place which
will deform the tail into the shape of a cone.
This cone will be observed as the shape of a gaseous V behind the
black hole.(see these differences in the Lagoon/Veil nebula, above and
Carina and Orion)
http://bigbang-entanglement.blogspot.com/

Leo Vuyk.