Kerr Model for Hydrogen
- From: "Steve Bell" <sb635@xxxxxxxxxxxx>
- Date: Mon, 5 May 2008 00:28:18 -0600
I parameterized an electronic Kerr field for ground state hydrogen. The
electron started at the Schroedinger/Bohr radius and stayed there for the
creation of a shell. Let me stress I imposed the nonrelativistic initial
conditions, I wanted see to if they could merge with the electronic Kerr
frame dragging effects and not disturb the energy. During the entire time in
the shell, if struck by a photon equal to the nonrelativistic Schroedinger
energy, it would jump, ionizing the atom. Even though nonrelativistic in
energy, the electronic Kerr frame dragging effects (magnetism) caused a
change in plane and a shell gets filled in. Bear in mind, one of these
orbits completes in only about 2 x 10^-16 of a second, so a shell completes
in a phenomenally small time. This might be the reason why an atom looks
solid. The following are plots, the first at 25% full:
http://sb635.mystarband.net/kerr25.pdf
The next at 50% full:
http://sb635.mystarband.net/kerr50.pdf
And the last at 100% full:
http://sb635.mystarband.net/kerr100.pdf
These are completely deterministic models, no perturbations were introduced.
Next I hope to add some type of chaotic nonlinear dynamics, the whole time
maintaining the nonrelativistic energy. I'm hoping the nonrelativistic
energy will be found as an attractor in (pos,vel) phase space, it will have
to be for any model to physically work, or else the atom would fly apart.
Steve Bell
.
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