The Crab Nebula seems to have been produced by the collapse of the magnetic field of some small black hole. Judging from the amount of material ejected by that black hole it does not seem to me to have been a particularly large black hole.

My hypothesis is that black holes come in different ‘sizes’ and that the collapse of the field being generated by such a magnetic hole does not occur at some fixed size of the black hole, but rather it depends on a ratio, this being the ratio of ‘free energy’ required to provide the current flow to sustain the magnetic field as compared to the number of atoms present. When an imbalance occurs such that the expansion force generated by the atoms overwhelms the ability of the black hole to generate a containment field, then the field of the black hole suddenly collapses. The ‘explosion’ that results is then the result of ‘free energy’ escaping into space as high intensity gamma radiation as well as the eruption of atoms out into space, since we can picture these atoms within the black hole as being like little coiled springs.

An examination of the remains of the Crab Nebula would suggest that the core of the black hole consists of densely packed neutrons, and that atoms are then piled in layers on top of this neutron core. A black hole collapse could occur when a black hole swallows a mouth full to many of atoms, upsetting the balance in the field, and the problem might be most severe when the black hole swallows a big mouthful of particularly dense atoms (atoms of higher atomic weight), since my hypothesis is that atoms are like sponges and they possess the ability to soak up free energy. Certainly we know that atoms survive in even the most hostile environments, such as within the crushing depths of super giant stars, and the only way that atoms could survive in such giant stars or at the very center of a planet such as earth is if they adjust to their environment by soaking up energy, such that the atoms below are more energetic than the atoms above. Therefore we could imagine a scenario where a small black hole swallowed a mouthful of the wrong atoms at the wrong time, and the result was a catastrophic loss of free energy required to power the dynamo, and thus the field being generated by a small black hole collapsed and the result was the Crab Nebula.

It would also appear to be the case that atoms emerge from black holes entirely whole and not in part, such that the random bumping of floating jig saw puzzle pieces is not required to randomly assemble atoms, as is described by the prevailing theory of the Big Bang. This best explains the cloud of atoms now circling the Crab Nebula, while the neutron core remains. That the Nebula shone brightly, so bright that it was visible even during the daylight hours for several years, is also good evidence to support the hypothesis that atoms emerged whole from the black hole, since it would be radiant energy released by hyper-energetic atoms that was responsible for generating this intense glow that lasted for years, as I discussed previously.