Fermion Repelling Black Holes (A) and Fermion Eating Black Holes(B).super larger.

Abell 520 Train wreck merger mystery solved with:

Fermion Repelling Black Holes (A) and Fermion Eating Black Holes(B).

Only Supermassive Dark Matter Black Holes eat Fermions/ gas (B).

Below: The scale of Horizon CURVATURE is LESS for super massive Black Holes related to the Planck Length of the vacuum lattices.

The less curvature result is: NO pair production or Fermion repulsion. Away from the black hole but attraction and eating.

https://bigbang-entanglement.blogspot.com/2021/02/fermion-repelling-black-holes-and.html

for the mystery see: A DARK CORE IN ABELL 520

https://arxiv.org/pdf/0706.3048.pdf

and: https://vixra.org/author/leo_vuykbell 520 Train wreck mystery solved.

Only Supermassive Dark Matter Black Holes eat Fermions/ gas (B). 

Left: The  Horizon CURVATURE is LESS for super massive Black Holes related to the Planck Length of the vacuum lattices. The less curvature result is: NO pair production or Fermion repulsion, away from the black hole but attraction and eating.

see: also:  https://www.academia.edu/45043256/Primordial_Black_Holes_and_dual_Herbig_Haro_Effects_for_Star_Galaxy_formation 

Peter Woit says: "The idea is polarizing. Some physicists embrace the multiverse to explain why our bubble looks so special 

Now, various teams are developing new ways to infer exactly how the multiverse bubbles and what happens when those bubble universes collide."

However: what about our knowledge of black holes and the differences between larger and small BHs if there is a more or less fixed Planck length with different reactions to various sized BH ?