|
Part 8 - Selfproof (cont) |
SELFPROOF 0307
- ELECTRON
CURRENT COSMOLOGY MODEL
A
stable elementary particle in the lepton family having a mass at rest
of 9.107 X 1-28 grams and an electric charge
of approximately -1.602 X 10-19 coulombs.
Electrons orbit about the positively charged nuclei of atoms in
distinct orbitals of different energy levels, called shells,
Electrons are the primary charge carriers in electric current.
(American Heritage Science Dictionary)
MALTA COSMOLOGY TEMPLATE
- An
electron is a composite object consisting of two small blackholes
(quarks), each bound to the other by their mutual gravitypull and
kept apart by the rejectivity of their teelospheres. (See Chapter Seven - Electrons)
- For
an electron to be stable, its blackholes must each have a different
structure, one being axial and the other being centrifugal. (See Chapter Five - Darkmatter)
- Electrons
are produced by atoms during stabilisation. Those
that don't escape from the producing atom, remain to affect the
atom's charge. (See Chapter Nine - Atoms and Chapter Ten - Atom Mechanics) Mechanics).
COMMENTARY
With electrons, disagreement between the Current Cosmology Model and the Malta Cosmology Template is near to total.
- In the Current Cosmology Model the electron is a fundamental/elementary particle.
- In the Malta Cosmology Template the electron is a composite object consisting of a pair of blackholes (quarks).
The
disagreement may be near to total but the consequences of that
disagreement are not. A Malta Cosmology Template electron behaves
exactly as electrons have been observed to behave.
|
GLOSSARY
- axial blackhole: The
teelosphere of an axial blackhole responds to the spin of the
blackhole's teelcore, and to the influence of the teelstream through
which the blackhole is moving, by rising at the southpole, moving to
the northpole at high level, sinking at the north, proceeding to the
southpole at low level, and so on. (see also 'centrifugal blackhole')
- centrifugal blackhole: The teelosphere of a centrifugal blackhole responds to the
spin of the blackhole's teelcore by rising at the equator, moving to
the poles at high level, sinking at the poles, and returning to the
equator at low level. (see also 'axial blackhole')
|
|
|