THE MALTA COSMOLOGY TEMPLATE



Chapter 3 - Blackholes






PARTS



Chapter
Home


Part 1
Teelpairs


Part 2
Blackholes


Part 3
Blackhole structure


Part 4
Blackhole mechanics


Part 5
Blackhole selfstabilisation


Part 6
Blackhole gravitational attunement


Part 7
Blackhole teelospheric attunement


Part 8
Selfproof

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Part 4 - Blackhole Mechanics (cont)

ARGUMENT 0327

BROUGHT FORWARD:
  • ARGUMENT 0317: A blackhole is either overstable, stable, or unstable
  • ARGUMENT 0321: Within a blackhole, its teelcore is either overstable, stable, or understable.
  • ARGUMENT 0322: Within a blackhole, its teelocean is either overstable, stable, or understable.
  • ARGUMENT 0323: Within a blackhole, its teelosphere is either overstable, stable, or understable.
REASONING:
  • The stability condition of a blackhole reflects the stability condition of its teelcore, teelocean, and teelosphere – and so do the consequences thereof.
  • Thus an understable blackhole ejects more teels across its gravitysheath interface than it absorbs and so loses mass and energy.
  • Thus an overstable blackhole absorbs more teels across its gravitysheath interface than it ejects and so gains mass and energy.
CONCLUSION:
  • An understable blackhole loses mass and energy across its gravitysheath interface. An overstable blackhole absorbs mass and energy across its gravitysheath interface.





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Copyright 2013 Peter (Ed) Winchester