Clues to a cosmic crime seems extra evidence for massless Black Holes of Shredded Tails ESO 137-001.

The origin of the stripped jelly streaks behind ESO 137 001 according to Q-FFF Theory seems: the mass differences between the multiple massless Dark Matter based Galaxy black holes, suffering more Casimir Gravity attraction, than Fermionic masses, staying back by lesser attraction to the center of the cluster. Other galaxies of the cluster could be extra active of stripping the Galaxy into the observed second gas/dark matter black hole tail.

More in detail: Large black holes feel more attraction to the cluster center, than small black holes in the galaxy.

The result: the smaller black holes together with the gas cloud seems to stay back of the Galaxy journey.

Below: the Shredded ESO 137-001 Jelly fish galaxy according to Q-FFF model shredded by local cluster galaxy gravity (Dual Dark Matter Black Hole Pressure Gravity) influences and attracted to the cluster center.

ALMA unveils widespread molecular gas clumps in the ram pressure stripped tail of the Norma jellyfish galaxy. 

Pavel Jachym et all. mai 2019.

https://arxiv.org/pdf/1905.13249.pdf

titel 

We present the first high-resolution map of the cold molecular gas distribution, as traced by CO(2-1)

emission with ALMA, in a prominent ram pressure stripped tail.

ALMA gives  the most complete view of a spectacular ram pressure stripped tail to date.

We found that some linear Hα features, compact Hα

emitting clumps, and young star regions may be interconnected into double-sided fireballs. We propose a simple scenario based on dynamical separation of gas phases

in which denser gas clumps pushed by ram pressure form

stars that decouple from the clumps and create inwardpointing stellar tails, while at the same time the clumps

are ablated by the strong ram pressure and tails of diffuse gas are formed in the opposite direction to the stellar tails.

Below: Small Black Holes like Ball Lightning on earth, seem to react the same by the flipping of the pushing plasma tail created by each black hole, pushing the micro black hole into the wind direction.

Below: As soon two equal sized black hole near each other, the plasma tail will flop again, to create a so called plasma bar between them creating a Herbig Haro system and  two plasma jets and Birkeland current circuits.