All of matter can be described as "intersections of
magnetic parabolas". Someone suggested "intersections of physical parabolas",
and I kind of agree, however magnetic parabolas is easier to think
about.

Anyhow, viewing matter as the intersections of magnetic
parabolas explains black holes as well as electrons and quarks. What happens to
the "matter" at the center of black holes? Is it "infinitely dense" as some
theories are forced to support? Or is it a smoothing out of the competing
magnetic parabolas? Rather than posit an exit of a wormhole or something,
magnetic parabolas explains without entering a new something into the
equation.

Speaking of equations, it also explains infinite at both sides
of the equation (going to zero and going to maximum). There is no maximum
except to the extent that a red dwarf has a maximum mass.

FYI,
E=mc2 is an interesting equation. As all of mathematics it is an approximation
of reality and not reality itself. It is my belief that c2 approximates the
intersections of magnetic parabolas, but does not accurately measure or account
for all phenomena.

## Friday, December 13, 2013

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