Black Holes form from blue stars and are their stellar corpses. These are massive enough to collapse upon themselves to form point-sized bodies which nevertheless are so massive light can't escape from them.

I'm of the opinion that they may also have been present at the time of the Big Bang (or creation of the universe) and were unaffected by it. Therefore, our universe was a mixture of Bright and Dark Matter from then. The Bright I would call positive mass and the Dark negative and conclude mass has at least two states.

But, given that matter has three because it has three neutrinos, or the electron, muon, and tauon, maybe mass is just matter and it's three-stated instead of two. Perhaps the electron would be the "positive" state of matter, the tauon would be the "negative", and would the muon then be the "neutral"? Perhaps White Dwarves have their electrons in muon states, for example, and yet are capable of "re-becoming". Neutron stars and Black Holes almost certainly have their electrons in tauon states. The quarks of their nuclei also would be in heavy states: charmed-strange; and top-bottom.

In Neutron stars and Black Holes, matter acquires the exotic qualities of sub-particles made in accelerators. But does Dark Matter exist in a form apart from Bright? I doubt this. As well, the role of neutrinos in mass means (to me) that they are mass-generators rather than theoretical Higgs Bosons. Their interactions with electrical charges are what would generate mass and gravitons which somehow then become photons of light and "magnetons" (my term) of magnetism.

Steve
Stephenmann35@yahoo.com