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Part 2 - Axial Blackholes (cont) |
ARGUMENT
0511
BROUGHT
FORWARD
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ARGUMENT
0507: In a centrifugal blackhole, the principal point for the
ejection of teels across the gravitysheath interface is the
teelospheric equator.
-
ARGUMENT
0510: Every blackhole moving through the teelospheric teelstreams of
a larger object has a teelospheric northpole which is the principal
absorption point for teels into its teelosphere.
REASONING:
- The
speed and density of the teelstream through which a blackhole is
moving influences the direction of its own teelstreams
entropically.
- If
the teelstream through which the blackhole is moving is sufficiently
dominant it forces the teelospheric equator to be at 90 degrees to
the teelospheric northpole.
CONCLUSION:
- When
the speed and density of a teelstream is sufficiently dominant, it
forces the teelospheric equator to be at 90 degrees to the
teelospheric northpole.
| GLOSSARY:
- entropy:
The tendency of unevenly distributed energy to become evenly
distributed over time. Entropy results from collisions between
objects and the consequent transfer of spinspeed from one to another.
Through collisions between objects, spin and speed are likewise
subject to entropic equalisation, tending to become evenly
distributed over time.
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