Black Holes As Initial Rather than Terminal Objects 2: Control

**OsherD** · #1 September 13th 05 posted to sci.physics

From Osher Doctorow

If singularities, including black holes, are really in an initial state
of non-control or uncontrol which begins an increasing control scenario
at least when viewed in one way, then control of diverse forces (forces
in different directions and with different magnitudes) rather than
magnitude and direction of one force arguably is a deeper fundamental
process than that involving Newton's laws.

Optimal control and Kalman filter/predictors involve the Riccati
Differential equations and Riccati Algebraic equations (the latter with
derivative set equal to 0), and so this scenario brings us back to
Expansion-Contraction via PI. But now it is control of
Expansion-Contraction in multiple directions that is emphasized, but
control in terms of simplicity of coordination.

Spherical homogeneous isotropic expansion is especially simple since it
involves control of multiple (in fact, infinitely) directional motion
via control of one radius and "iteration" of this in different
directions.

At the other extreme is chaotic and fractal processes and at least the
singularity/black hole scenarios of the Einstein Field Equations for
example.

Quantum "non-causality" isn't anywhere in this picture except at the
chaotic-fractal-singularity end if there.

As for Stephen Hawking's finite evaporating black hole, it isn't in the
picture. Replace "finite evaporating" by "universe-generating" or
"large part of the universe generating," and things seem to get more
accurate.

Osher Doctorow

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