PART 1 - KICKSTARTER

ASSUMPTION 0101 - Each type of elementary fermion is made out of a different combination of numbers of the fundamental particle: the teel.

COMMENTARY - The single argument in this part offers four options. Of these, option One is assumed because it is the simplest, having only one type of fundamental particle. That this option meets the selfproving requirement of a bedrock template by evolving, naturally and without forcing, into the Universe of today doesn't mean the other options will not also do so. There will be value in evolving the other options to see how they work out.

PART 2 – PROPERTIES

ASSUMPTION 0102 - The principal properties of the teel are mass, spin, and rejectivity.
ASSUMPTION 0103 - Every teel has the same mass.
ASSUMPTION 0104 - The spinrate of teels is measurable in revolutions per time period and varies with conditions and circumstances.
ASSUMPTION 0105 - Every teel occupies the whole of its place in space and time and therefore has the height, width, depth, and duration of that place in space and time.
ASSUMPTION 0106 - Every teel has the same dimensions.
ASSUMPTION 0107 - Every teel is a sphere.
CONCLUSION 0108 - Every teel has a centre and a surface.

COMMENTARY - The properties attributed to the teel are a mix of assumptions and facts. For each assumption there are alternate options. These alternate options have been rejected by the Malta Template for convenience, not because they are necessarily invalid. Their validity should be tested.

PART 3 – ENERGY

CONCLUSION 0109 - Every teel is gravitationally attracted toward every other teel in the Universe at a rate proportional to the product of their masses and inversely proportional to the square of the distance between them.
CONCLUSION 0110 - The gravitypull of every teel is the same at every point on its surface.
CONCLUSION 0111 - The effects of gravity are only apparent in teelpairs, the teels of which are attracted toward each other through their mutual gravitypull.
CONCLUSION 0112 - Every teelpair has energy which is the movement of its teels due to their mutual gravitypull.
CONCLUSION 0113 - The energy of a teelpair is as kineticenergy or potentialenergy or a mix of both.
CONCLUSION 0114 - Energy is a conserved property.

COMMENTARY - In modern physics there are many forms of energy but the origin of them all is in the mutual gravitational attraction of teelpairs.

PART 4 – SPINSPEED

CONCLUSION 0115 - Energy in an individual teel can be as spin, speed, or as spinspeed which is the sum of its spin and speed.
CONCLUSION 0116 - Speed in a teel can be as realspeed, potentialspeed, or as totalspeed which is the sum of its realspeed and potentialspeed.
CONCLUSION 0117 - Spinspeed is a conserved property.
CONCLUSION 0118 - The spin of the teels in a teelpair is a third form of teelpair energy (after kineticenergy and potentialenergy) called latentenergy.

COMMENTARY - Teels are the Universe's fundamental particle, being both its mass and the carrier of its energy. They are the building blocks, out of which, every object in the Universe is made. Every interaction between objects in the Universe, no matter how big and complex the objects may be, is rooted in the interactions between its teels.

That spin can be converted to speed and vice versa is an everyday part of collision mechanics but the notion that spin and speed are mathematically equatable is less well established. This is governed by the Spinspeed Law:

1 unit of spin = 1 unit of speed.
One unit of spin can be converted by collision into one unit of speed.
By a further collision, it can be converted back into one unit of spin.
Resulting from a collision, one unit of spin or speed
can be transformed into any ratio of spin or speed
but the sum of the spin and speed is always one unit.

PART 5 – SPACE

CONCLUSION 0119 - The Universe consists of space and teels.
ASSUMPTION 0120 - Space has no properties independent of the properties of the teels within it and is thus nothingness.
CONCLUSION 0121 - The property measures of the Universe are the sum of the property measures of its teels and teelpairs.
CONCLUSION 0122 - The dimensions of the Universe can only be measured by reference to its teels.

COMMENTARY - In the Malta Template space is nothingness. The nothingness may be finite or it may be infinite. No one knows. Within that nothingness there are many teels. The teels have a few basic properties which are enough to have fostered relationships between them that have endured long enough to evolve the Universe into what it is today.

Logic suggests that the Universe would have dimensions even if it contained no teels at all. However, without teels to provide a reference, it would be impossible to measure those dimensions so the point is moot.

PART 6 – TIME

CONCLUSION 0123 - Teels are subject to the passage of time.
CONCLUSION 0124 - The Universe is subject to the passage of time because it is made out of teels.

COMMENTARY - In the Malta Template time is a nothingness is the same way that space is a nothingness. Because teels have rejectivity, they have duration. Thus anything that is made out of teels also has duration.

Logic suggests that the Universe would have duration, and thus be subject to the passage of time, even if it contained no teels at all. However, without teels to provide a reference, it would be impossible to measure the passage of time so the point is moot.

PART 7 – SELFPROOF

SELFPROOF 0101 – ELEMENTARY PARTICLES
SELFPROOF 0102 – ELEMENTARY FERMIONS
SELFPROOF 0103 – ELEMENTARY BOSONS
SELFPROOF 0104 – MASS
SELFPROOF 0105 – GRAVITY
SELFPROOF 0106 – ROTATION
SELFPROOF 0107 – ELECTRIC CHARGE
SELFPROOF 0108 – PAULI EXCLUSION PRINCIPLE
SELFPROOF 0109 – REJECTIVITY
SELFPROOF 0110 – ENERGY
SELFPROOF 0111 – SPEED
SELFPROOF 0112 – MASS-ENERGY EQUIVALENCE
SELFPROOF 0113 – INERTIAL MASS/GRAVITATIONAL MASS EQUIVALENCE
SELFPROOF 0114 – SPACE
SELFPROOF 0115 – TIME
SELFPROOF 0116 – SPACETIME
SELFPROOF 0117 – SPACE CURVATURE
SELFPROOF 0118 – TIME DILATION
SELFPROOF 0119 – GRAVITATIONAL WAVES
SELFPROOF 0120 – RELIGION
SELFPROOF 0121 - STRING THEORY
SELFPROOF 0122 - TEELS
SELFPROOF 0123 - QUANTUM GRAVITY

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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