THE MALTA COSMOLOGY TEMPLATE



Chapter 7 - Electrons






PARTS



Part 1
Kickstarter

Part 2
Blackholepairs

Part 3
Electrons

Part 4
Antielectrons

Part 5
Selfproof
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PART 1 – KICKSTARTER

CONCLUSION 0701 – Electrons have a structure.
ASSUMPTION 0702 – An electron consists of two gravitationally bound blackholes.


PART 2 – BLACKHOLEPAIRS

CONCLUSION 0703 – Every blackhole is one half of a blackholepair with every other blackhole in the Universe.
CONCLUSION 0704 – Every blackholepair is either adjacent or unadjacent.
CONCLUSION 0705 – An adjacent blackholepair is either understable, stable, or overstable.
CONCLUSION 0706 – Every adjacent blackholepair is surrounded by a gravitysheath within which its gravitypull is stronger than that of any other object.
CONCLUSION 0707 – Every adjacent blackholepair's gravitysheath is surrounded by a gravitysheath interface.


PART 3 – COSMIC ELECTRONS

CONCLUSION 0708 – As the Universe expands, and as realspeed moves outward from the Ucentre, blackholepairs become momentarily stable or overstable.
CONCLUSION 0709 – As the Universe expands, stable and overstable blackholepairs are able to form more easily and to endure for longer.
CONCLUSION 0710 – As the Universe expands, and as blackholepairs are able to endure for longer, overstable blackholepairs differentially increase their energy and mass measures as they attempt to stabilise.
CONCLUSION 0711 – The differentially increasing mass and energy of a blackholepair renders its constituent blackholes permanently understable.
CONCLUSION 0712 – The understable blackholes in a blackholepair are attracted to each other by their mutual gravitypull and repelled by their dense and extensive teelospheres. This is the “strong force” in action.
CONCLUSION 0713 – As the Universe expands, blackholepairs become sufficiently massive to endure but are still unable to stabilise.
CONCLUSION 0714 – The structure of an unstabilised blackholepair is chaotic because its constituent blackholes are both centrifugally structured and therefore must tumble about each other in constant disorder.
CONCLUSION 0715 – The chaotic structure of a blackholepair is brought to order by the constituent blackholes becoming quarks, one axial and other centrifugal.
CONCLUSION 0716 – In a multiprocess, the mass of the understable axial quark decreases and the mass of the overstable blackholepair increases until the blackholepair stabilises and becomes a stable electron.


PART 4 – ANTIELECTRONS

CONCLUSION 0717 – An isolated electron cannot be differentiated from an isolated antielectron and vice versa.
CONCLUSION 0718 – An electron may or may not be aligned to the teelstream through which it is moving.
CONCLUSION 0719 – The default condition for an electron is to be aligned to the teelstream through which it is moving.
CONCLUSION 0720 – Electrons are aligned to the teelstream through which they are moving. Antielectrons are unaligned to the teelstream through which they are moving.
CONCLUSION 0721 – Electrons en masse and within a teelstream will adopt a condition of least disorder.
CONCLUSION 0722 – Adjacent electrons and antielectrons can annihilate.
CONCLUSION 0723 – When electrons/antielectrons annihilate, their component quarks (understable blackholes) either stabilise as photons, neutrinos, or blackholes – or they dissipate.


PART 5 – SELFPROOF

SELFPROOF 0700 - SELFPROOF HOME
SELFPROOF 0701 - ELECTRONS
SELFPROOF 0702 - ANTIELECTRONS
SELFPROOF 0703 - MUONS AND TAUONS

Work in progress







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

Copyright 2013 Peter (Ed) Winchester



REVISIONS

13 DEC 2014 - page revised, adding selfproof items.