https://www.scientificamerican.com/...-measurement-boosts-evidence-for-new-physics/
Muon, the bulkier cousin of the electron, responds to magnetic force.
This is good for many reasons, the first being that a muon can be controlled using a magnet. Even if by only a very small amount, the eventuality of being able to push aside electrons via the muon would continue to pave the way to FTL.
Let me toss this idea your way.
If a Muon responds to a magnetic field, based on the article linked above, then a Muon has movement. Now if Dark Matter is a force that moves in between Muons and gives them their spin which the Muon then creates Dark Matter spin, think of a serpentine belt traveling through a system of pulleys where the pulleys are the Muons and the Serpentine Belt is Dark Matter, neither having motion without the other, when a star collapses into a black hole, could the process involve Muons of the same magnetic charge suddenly being attracted to each other all once? As the Muons attract towards each could they possible pull Dark Matter into the center of the singularity with the Muons?
Muons are 207 times heavier than electrons. With trillions of Muons x trillions Muons collapsing inward, the mass placed on the Muon at the very center must release a tremendous amount of energy that would then pull inward any other Muon close to the black hole.
Since Muons are effected by a magnetic field and if Muons are the Singularity core then any atom with Muons would be attracted to the singularity but wouldn't be affected by the force as the inward pull would transfer through the Muon to other Muons.
A light photon has an oscillating electric and magnetic field. Could there be some exchange between the light photon's magnetic field and the Muon where the Muon is able to take all of the magnetic field away from the light photon and add the magnetic field to the Muon Singularity core?
As long as there is light being consumed by the black hole for the Muons to use the magnetic field of light to generate energy, the black hole would continue to exist.