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Recently I was thinking of the First law of thermodynamics and how matter can neither be created nor destroyed, and that got me thinking about if the principle still applied to black holes and what actually happens once matter goes beyond the event horizon.I would like to propagate the idea that once the matter has gone past the black holes event horizon it is subsequently stored and then converted to dark matter. As much as it sounds like a bit of an absurd idea, it does account for why there is seemingly more dark matter/energy compared to the regular matter/energy. When we factor in the sheer amount of black holes in the universe it would make sense that after billions of years the amount of matter converted would likely equal that of dark matter.Take for example if there is a galaxy with 1 blackhole the size of the sun then the amount of matter that had been swallowed by it would equal out to roughly 0.00000001% a year of the total mass of the galaxy.So over the 13 odd billion years since the big bang, the amount of mass converted could well be between 75% /80% of the total mass of the known universe. As the universe carries on expanding then the amount of mass being converted would slow down and thus so would the expansion of the universe. This is due in part to there being less dark matter converted and thus nothing to drive the expansion. (<< This are purely my own thoughts, there is not really any evidence to suggest that dark matter is responsible for the expansion of the universe. Non that I have found anyway)I welcome any criticism of my hypothesis and questions you may have.
once the matter has gone past the black holes event horizon it is subsequently stored and then converted to dark matter
1 blackhole the size of the sun then the amount of matter that had been swallowed by it would equal out to roughly 0.00000001% a year of the total mass of the galaxy.
Any virtual particles that make up quantum vacuum fluctuations (virtual dark matter particles included) should be fair game for conversion into Hawking radiation by micro-black holes.