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A
sequence of brief essays describing the techniques used to compile the
Malta Template, explaining why it is more accurate than
any other current cosmology model, and outlining plans for its
improvement.
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| All
the conclusions and assumptions that make up the Malta Template are gathered here with each conclusion
and assumption being linked directly to the argument from which it
sprang. The clarity of the layout and its easy navigability make the
summary a good starting point for any examination of the
Template. |
In
the Current Paradigm, the words fundamental and elementary are
often interchangeable. In the Malta Template they are
precisely defined. Something fundamental is indivisible. Something
elementary is divisible into two or more component parts. This
chapter deals with the indivisible.
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The
term “big bang” is widely used for the moment when the Universe
began and gives the impression that the beginning was some form of
explosion. Whether that beginning, in the Malta Template,
can be accurately described as an explosion is arguable so the term is
replaced here by the more definable "Moment Zero".
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| Because
the Current Paradigm is devolutionary in
character, “black holes” tend to be viewed as the end point in a
process of collapse. In
the evolutionary Malta Template, blackholes are one of the
Universe's
principal building blocks, appearing in many different guises and
being present everywhere.
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This
chapter describes the phenomenon that is called “dark energy” in the
Current Paradigm. In the evolutionary Malta Template, darkenergy
arises naturally and inevitably - and exactly conforms with everything that is currently known about it.
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This
chapter describes the phenomenon that is called “dark matter” in the
Current Paradigm. In the evolutionary Malta Template darkmatter
arises naturally and inevitably, and proves to be more widespread in
both its presence and its effects than is currently supposed.
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Photons
have two sources. Cosmic photons were created in the unique
conditions found in the Universe
shortly after Moment Zero. Stabilisation photons are
produced during the stabilisation of more complex
particles. The latter are
dealt with in detail in the chapters dealing with those complex
particles. This chapter deals with the photons of the cosmic background radiation - although the mechanics
established here apply to all photons.
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Electrons
have two sources. Cosmic electrons were
created in the unique conditions found in the Universe shortly after
Moment Zero. Stabilisation electrons are produced during the stabilisation of more complex particles.
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CHAPTER 08 - NUCLEONS |
CHAPTER 09 - ATOMS |
CHAPTER 10 - ATOM MECHANICS |
CHAPTER 11 - STARS |
CHAPTER 12 - STAR MECHANICS |
CHAPTER 13 - GALAXIES |
CHAPTER 14 - GALAXY MECHANICS |
CHAPTER 15 - GALACTIC CLUSTERS |
CHAPTER 16 - GALACTIC CLUSTER MECHANICS |
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