Sub Atomic Particles - String theory - Atomic Bonding
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Sub Atomic Interface Particles

These papers are about the actions of Sub Atomic Particles which is essentially an explanation of the mechanics of how the universe sticks together. It looks at how the universe began, which was not with a bang. It looks at how sub atomic particles form into atoms, the foundations of matter and how these simple atoms form large atoms and the way atoms bond together into molecules.

From the actions of these sub particles we see how gravity, magnetism, light and electricity are all bound up with sub atomic activity. Sub atomic particles pervade the universe they are seen as strings, light, electrons, protons, neutrons and quarks.

How the Universe Began
The universe did not begin with a bang, this is an explanation of the real beginning, an explanation based on all the latest information recently gained about the universe.

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The Creation of the Atom
Here we see how the cascade of pure energy within the churning mass of Prime Space Beta (dark matter), at the beginning of the universe, forms into strings of two dimensions which then bind themselves into the primary three dimentional form, a single primitive atom.

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Formation of Complex Atoms
How sub molecular particles generate the energies required for primitive atoms to combine and form larger complex elements. Also a look at internal forces generated and core stacking arrangements within large atoms and the affect this has on the atoms dynamics.

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Sub Atomic Interfacing
The dynamic relationship atoms have with the sub atomic particle and how this is used as complex energy conduits between atoms that allow core bonding to take place to form molecules.

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Atomic Bonding
How the simple atoms bond and how this affects the way atoms behave. Also Complex Bonding, the way in which atoms not of the same kind bond together in molecular assembly.

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The Gravimetric Spectrum
What it is and how it can be used to describe atomic and sub atomic movement and calculation of energies within a particles range. Look at the gravimetric spectrum with reference to the previous chapters and understanding of what is happening on the graph of energies.

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The Properties of Heat
Energy Absorption and the way this affects the properties of the atom and how it affects the behavior of atoms and their reaction to each other.

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Gravity and High Energy Particles
How gravity works within the larger body mass of collective atomic groupings and a brief description of the forms of gravity. The way gravity pressures act in the mass of large bodies to create high energy particles.

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SUMMERY TO PRIMARY PAPERS
A run down of what was contained in the previous chapters and a brief look at the implications. Also an outline of some of the things to be contained in the Supplementary Papers.

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