THE MALTA COSMOLOGY TEMPLATE



Chapter 7 - Electrons






PARTS



Chapter
Home


Part 1
Kickstarter


Part 2
Blackholepairs


Part 3
Electrons


Part 4
Antielectrons


Part 5
Selfproof
Home



















Part 3 - Cosmic Electrons

ARGUMENT 0708

BROUGHT FORWARD:
  • ARGUMENT 0407: After Moment Zero, the expansion rate of the Universe slows as kineticenergy progressively transmutes to potentialenergy and latentenergy.
  • ARGUMENT 0409: After Moment Zero, as realspeed moves outward from the Ucentre, teelpairs at the centre become momentarily stable or understable.
  • ARGUMENT 0411: As the Universe expands, the density of the teelocean progressively decreases and the number and average lifetime of its stable/overstable teelpairs progressively increases.
  • ARGUMENT 0413: As the Universe expands, blackholes in the teelocean form more easily, endure for longer, and are more easily able to increase their mass.
  • ARGUMENT 0415: As the Universe expands, the growing blackholes within its teelocean form teeloceans and teelospheres of their own within the Universe's teelocean.
  • ARGUMENT 0416: As the Universe expands, it evolves an expanding core of growing blackholes that is ejecting its excess energy outward into the surrounding teelocean/teelosphere.
REASONING:
  • A multiprocess is underway in which the expansion of the core of blackholes is slowing at the same time as realspeed is moving out into the surrounding teelocean/teelosphere.
  • Thus the realspeed of the blackholes in the blackhole core is falling.
  • Thus increasing numbers of blackholepairs become stable or overstable, albeit only momentarily due to the density of their packing and the resulting high collision rate.
CONCLUSION:
  • As the Universe expands, and as realspeed moves outward from the Ucentre, blackholepairs become momentarily stable or overstable.



GLOSSARY:
  • multiprocess: Two or more distinct processes, each producing their own results (which may be contrary or complementary) which are thereafter apparent as a single combined result.






Comments and suggestions:  peter.ed.winchester@gmail.com

Copyright 2013 Peter (Ed) Winchester