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Part 0101 - Kickstarter | ARGUMENT 0101-01PRECEDENTS
- CURRENT
PARADIGM: The Standard Model recognizes two types of elementary fermions: quarks and leptons. In all, the model distinguishes 24 different fermions. There are six quarks (up, down, strange, charm, bottom and top quarks), and six leptons (electron, electron neutrino, muon, muon neutrino, tau particle and tau neutrino), along with the corresponding antiparticle of each of these. ( Wikipedia - 22 Jul 2016)
PARAMETERS
- Consider that in the Current Paradigm the words elementary and fundamental are interchangeable.
- Consider that in the Malta Template, an elementary object is divisible into two or more subsidiary objects.
- Consider that in the Malta Template, a fundamental object is indivisible.
- Consider
that the least substantial objects
empirically identified are the elementary fermions.
- Consider that there are 24 types of elementary fermion.
- Consider that each of the 24 elementary fermions has a different combination of charge, mass, and spin measures.
- Consider that the charge, mass, and spin measure of each type of the 24 elementary fermions is a constant.
REASONING
- Because there are 24 different types of elementary fermion, a mechanism is required to maintain the difference between them.
- Because there are only 24 types of elementary fermions, a mechanism is required to limit the number to 24.
- Because
each elementary fermion has a type-specific measure of
charge, mass, and spin, a mechanism is required to maintain that
specificity.
- Because each type of elementary
fermion has constant measures of charge, mass, and spin, a mechanism is
required to maintain that constancy.
- Because a mechanism is required, there are two options:
- each elementary fermion is a mechanism.
- each elementary fermion is subject to an external mechanism.
- For simplicity, the first option is assumed.
- Because each elementary fermion is a mechanism, it is a system of parts.
- Because each elementary fermion is a system of parts, it consists of two or more parts.
- Thus:
each type of elementary fermion is a mechanism
consisting two or more parts. The parts are known hereafter as gravitons.
CONCLUSION
- That each type of elementary fermion consists of a minimum of two gravitons.
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COMMENTARY
Every
Darwin Template needs a "kickstarter" page to serve as the foundation
on which the rest of the template can be built. The above kickstarter
identifies the least substantial object in the Universe that in the
light of the currently known, empirically established, facts can be
assumed to exist. To be acceptable, a Darwin Template must
"selfprove". That is, it must evolve, while using every known and
relevant fact, from something that is unknown into something that is
well known and well understood. That the Malta Template evolves from
elementary fermions made of gravitons into a Universe that looks and
behaves exactly like the one we see about us doesn't mean the Template
is fully correct - but it does suggest that it can be made to be so. Note that while this argument results in a conclusion, it also includes an assumption.
A conclusion is drawn when the argument presents a single, selfevident,
outcome. This is the desired result for all arguments but sometimes,
due
to a lack of facts, an argument will present a number of options, none
of which is selfevidently right and which could all be
satisfactorily evolved forward. In such circumstances, the option
selected for further evolution within the Template is an assumption. In
the first six chapters of the Malta Template there are 12 assumptions
and 121 conclusions.
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