Why Don't we See Superheavy Superfusion Quanta around us; Jets, Superfusion, and Energy Conservation
As I say on my other posts, black holes may not have a singularity where all the mass disappears because it would violate energy conservation. Energy conservation seem more fundamental than even Relativity because e.g. while relativity has small influence on our common physics around us, and there are insufficient causes energy conservation is found on all scales and energy levels. To me Relativity is based on Noether's theorem, and energy conservation IS Noether's theorem.
If inside the supermassive body, the spins of the superheavy quanta are spinning faster than light, only then do they have enough centrifugal force to power the jets. I call the force of these heavy quanta Superfusion and they may be more powerful than Relativity.
We don't find the superfusion quanta around us because to exist they need more pressure inside a mass like a black hole because when you look at constituent systems going from molecules to atoms to nuclei to the heavy quanta, there's a greater and greater binding energy to rest mass ratio so they need more and more binding energy, and beyond the level of the strong force, the superfusion quanta would tend to fizzle out by their own centrifugal force.
We don't find the superfusion quanta around us because to exist they need more pressure inside a mass like a black hole because when you look at constituent systems going from molecules to atoms to nuclei to the heavy quanta, there's a greater and greater binding energy to rest mass ratio so they need more and more binding energy, and beyond the level of the strong force, the superfusion quanta would tend to fizzle out by their own centrifugal force.
Due to the spin and the lower binding energy relative to it, the superfusion quanta are only stable inside the pressure of the center of the black hole. So all around us only the light and heavier quanta are common but not the superfusion quanta because there's not enough energy to hold them together outside of the high density by the squeezing of the gravitational field of what had been thought of by Einstein as otherwise to be infinite.
People have wondered why the jets radiate out as they do and this is pretty simple to explain by superfusion because the heavy superfusion quanta are so unstable. They're being continually created by the gravity of the black hole at the area where there would have been the singularity and because the binding energy tends to be lower and the center field gradient isn't perfectly spherical because of the spin..the force is released more on one side where the poles are than around the rest of the "singularity".
People have wondered why the jets radiate out as they do and this is pretty simple to explain by superfusion because the heavy superfusion quanta are so unstable. They're being continually created by the gravity of the black hole at the area where there would have been the singularity and because the binding energy tends to be lower and the center field gradient isn't perfectly spherical because of the spin..the force is released more on one side where the poles are than around the rest of the "singularity".
So in this scenario the low binding energy combined with the superfusion force causes the center of the jet to move up from.the center if mass and this also makes the inner superfusion quanta follow the rest moving outward as they have already made the jet more asymmetrical and also because of the low binding energy of the superfusion.
They may become more unstable and fizzle out more but with super strong centrifugal force caused by the faster than light motion of the superfusion quanta to power the jets.
This seems impossible by relativity because if nothing can move faster than light then no force can be transmitted out from what would have been the singularity to the jets outside. There is otherwise no known force including fusion strong enough to power the jets, and gravity doesn't radiate out like the jets.
The observation of some bodies with high energy jets without a disc would also be explained by the source of the jets' mass being either from the disc but also from the massive gravitational field, lower energy outside yet high enough inside to convert to superfusion and as they evolve the massive bodies would increase and decrease in mass according to energy conservation by measure of the energy in and out with different ratios because of spin which changes the jet dynamics as well as the in falling mass and gravitational energy.
This seems impossible by relativity because if nothing can move faster than light then no force can be transmitted out from what would have been the singularity to the jets outside. There is otherwise no known force including fusion strong enough to power the jets, and gravity doesn't radiate out like the jets.
The observation of some bodies with high energy jets without a disc would also be explained by the source of the jets' mass being either from the disc but also from the massive gravitational field, lower energy outside yet high enough inside to convert to superfusion and as they evolve the massive bodies would increase and decrease in mass according to energy conservation by measure of the energy in and out with different ratios because of spin which changes the jet dynamics as well as the in falling mass and gravitational energy.
A spherical black hole with no disc and a given amount of spin with given mass will behave differently with changes in the jet, which may be predictable as a function of these events or for other jets of other massive bodies as more mass falls in.. By Einstein there is no mass of the field, by relativity it's empty. (Einstein said that if the low energy field is found, relativity is disproven.)
So this idea would explain how the jets work and why we don't see superfusion quanta all around us and why these events are not disproof of energy conservation, one of the most well-founded ideas in science.
Susskind and others have promoted the idea that a singularity at the center of a black hole is a "robust result of general relativity". But I would say that matter and energy disappearing forever with no cause of the jets or the anomalous spectra of the events outside these systems is hardly a "robust result" of energy conservation or general relativity!
Others have said "Calling ideas like Susskind's or Hawking's related idea that Energy is destroyed at the singularity "science" is not doing science a favor."
Susskind's idea violates energy conservation and Hawking and Susskind totally ignored the jets, evidence the mass from "the singularity" doesn't disappear at all.
While my idea is an hypothesis so far, it does explain why the jets exist, and also makes some definite predictions about the jets and the dynamics.
We would expect if the spins of the superfusion quanta are faster as by shearing the electromagnetic fields of the more common quanta that we see around us, they're going to show unusual spectra and other events like these as they transition outward and interact with the lower energy decay products not seen in the standard model and with other events like this. And this has been found by observations.
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In addition to jets from high energy sources without a disc seen, astronomers have also observed super massive bodies with no jets, and this may also be caused by stable mass inside the black hole..As I say on my next link, the center of density may be state of matter with superfusion quanta at the center and outside perhaps even protons and other heavy quanta with enough shielding to stop the jets activity. If so this is a complex event, and so it's possible Einstein's idea that gravity and the singularity are simple and are also not about energy conservation aren't as general as he believed.
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