PART 1 – KICKSTARTER

ASSUMPTION 0201 - The Universe had a Moment Zero which was when its current expansion began.
ASSUMPTION 0202 - The Universe at Moment Zero consists only of teels.
ASSUMPTION 0203 - The Universe at Moment Zero consists of teels drawn together to the limits of their rejectivity.

COMMENTARY – Just as the teel is a hypothetical particle, the above is a hypothetical start to the Universe as we currently know it.

PART 2 – MOMENT ZERO FUNDAMENTALS

ASSUMPTION 0204 - Teels have no structure.
CONCLUSION 0205 - Space has no structure.
ASSUMPTION 0206 - Teels are eternal.
CONCLUSION 0207 - Space is eternal.
CONCLUSION 0208 - Energy is eternal.
CONCLUSION 0209 - The passage of time is eternally measurable.
CONCLUSION 0210 - The Universe is not eternal.
CONCLUSION 0211 - The Universe is smaller than the uberuniverse within which it is expanding.
CONCLUSION 0212 - The Universe has dimensions: height, width, depth, and duration.

COMMENTARY – As described here, the Universe is extremely simple. It is an object made out of gravitationally bound teels, set within a larger uberuniverse. The uberuniverse may be infinitely large but we currently have no way of knowing if that is so.

Teels have mass and thus the gravity which binds them together into a universe. They also have rejectivity and it is this which places limits on how small the Universe could ever be.

The Universe as we know it appears to have had a beginning. However, teels, space, and energy are eternal so it is highly likely that this gravitationally bound structure existed before Moment Zero.

That teels are gravitationally bound into the Universe, raises the possibility that there are teels which are not gravitationally bound into it. That there is a uberuniverse beyond the Universe which may contain teels not bonded to it raises the possibility that there may be other “universes” out there.

PART 3 – DIMENSIONS AT MOMENT ZERO

CONCLUSION 02I3 - The diameter of the visible Universe at Moment Zero, as deduced through a profiling exercise, is 464,159 lightyears.
ASSUMPTION 0214 - The diameter of the whole Universe is larger than the diameter of the visible Universe.
ASSUMPTION 0215 - The diameter of the whole Universe at Moment Zero is one billion lightyears.

COMMENTARY – According to the Current Cosmology Model, the Universe at Big Bang plus 10^-43 of a second is one Planck Length in diameter. Extrapolating that even further back in time to the moment of the Big Bang turns the Universe into a singularity.

In practice, the Universe cannot have been that small at Moment Zero because teels have rejectivity. One particle cannot occupy a place in space and time already occupied by another of the same type. Thus the Universe at Moment Zero plus 10^-43 of a second is a lot bigger than one Planck Length in diameter. Exactly how big it was is currently unknown. Argument 0215 assumes it was one billion lightyears in diameter. It is a crude estimate which will no doubt soon be refined.

PART 4 – POST MOMENT ZERO EXPANSION

CONCLUSION 0216 - At Moment Zero the Universe's energy is 100% kineticenergy.
CONCLUSION 0217 - At Moment Zero, because the Universe is 100% dense and its energy is 100% kineticenergy, it must expand.
ASSUMPTION 0218 - At Moment Zero, the rate at which the Universe expands is beyond lightspeed.
CONCLUSION 0219 - As the Universe expands, the rate of that expansion slows as kineticenergy progressively transmutes to potentialenergy.

COMMENTARY – At Moment Zero the Universe is as small as it can ever be and as energetic as it can ever be. Such a Universe has no choice but to expand and to do so with extreme rapidity. That it immediately begins to slow down is inevitable given that the teelpairs are extremely close together and their mutual gravitypull is consequently extremely strong.

In the Current Cosmology Model, nothing can move faster than lightspeed which is thus a cosmological speed limit. Chapter six of this Template establishes that photons move at lightspeed for mechanical reasons. Those mechanical reasons do not apply to teels so they are not subject to a cosmological speed limit.

PART 5 – THE AGE OF THE UNIVERSE

ASSUMPTION 0220 - Moment Zero was 13.75 billion years ago.

COMMENTARY – Calculating the age of the Universe with any precision within the Malta Template requires that the Template has been evolved forward to the present day in detail – which has not yet been done. Doing so will be a worthwhile exercise for someone.

PART 6 – SELFPROOF

SELFPROOF 0200 - SELFPROOF HOME
SELFPROOF 0201 - THE BIG BANG STANDARD MODEL
SELFPROOF 0202 - INFLATION THEORY
SELFPROOF 0203 - MULTIVERSE
SELFPROOF 0204 - HORIZON PROBLEM
SELFPROOF 0205 - SINGULARITY
SELFPROOF 0206 - FLATNESS PROBLEM
SELFPROOF 0207 - MOMENT ZERO
SELFPROOF 0208 - PRIMORDIAL B-MODE POLARISATION

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Chapter 1 - Fundamentals | Chapter 2 - Moment Zero
Chapter 3 - Blackholes | Chapter 4 - Darkenergy
Chapter 5 - Darkmatter | Chapter 6 - Photons
Chapter 7 - Electrons | Chapter 8 - Nucleons
Chapter 9 - 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

REVISIONS

10 DEC 2014 - Selfproof section revised to incorporate "selfproof home".