Abstract

Arguments are presented against the existence of mathematical singularities in the physical universe. Energy levels are calculated for neutrinos in the gravitational potential wells of black holes of sizes ranging from one hundred to one hundred million solar masses, with up to ~10⁶⁰ energy levels available below the event horizon and with the capacity to hold two identical fermion neutrinos, with opposite spin vectors, in each energy level. Because of the very high abundance of neutrinos in the universe, it is suggested that the gravitational wells of the larger black holes are likely to be full of neutrinos up to and beyond their event horizons. This might provide a means of extracting information from inside the event horizon of a large black hole with an advanced neutrino telescope.

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