SELFPROOF 0101 - ELEMENTARY
PARTICLES
CURRENT COSMOLOGY MODEL
In
particle physics, an elementary particle is a particle not known to
have substructure: that is, it is not known to be made up of smaller
particles. If an elementary particle truly has no substructure, then
it is one of the basic building blocks of the universe from which all
other particles are made. In the Standard Model, the elementary
particles consist of the elementary fermions and the elementary
bosons. (Wikipedia 17 Feb 2012)
Fermion:
An elementary or composite particle, such as an electron,
quark, or proton, whose spin is an integer multiple of 1/2.
Fermions act on each other by exchanging bosons and are subject to the
Pauli exclusion principle, which requires that no two fermions be in
the same quantum state. (American Heritage Science Dictionary)
Boson:
Any of a class of elementary or composite particles,
including the photon, pion, and gluon, that are not subject to the
Pauli exclusion principle. The value of the spin of a boson is always
an integer. (American Heritage Science Dictionary)
MALTA COSMOLOGY TEMPLATE
COMMENTARY
- Numbers
of teels, courtesy of their principal properties and in appropriate
conditions, will automatically evolve into all types of
fermions and bosons and thus selfprove the Malta Cosmology Template.
- Numbers
of teels, courtesy of their principal properties and in appropriate
conditions, will automatically evolve into the Universe of today and
thus selfprove the Malta Cosmology Template.
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