|This is the main index for the Supplementary papers of the project and gives direct access to all the sections contained supplementary section.
The following files were part of the original project started in 1993 and initially published in 2006.
These are sections of the original papers that have not been updated and included in the latest project, because they were mainly expansions on points within the project and not necessarily important to the project line about magnetism. They are however placed in this files for interest and reference for any one wanting to take particular points for further study.
The section chapter numbers have been kept as they were originally in case anyone need to refer back to the original project. Originally called "Sub Molecular Interface Bonding" - then undated in 2008 and called "The Harmonics and Movement of Subatomic Particles and their action in the Atomic Movement of Energy" in 2010 it was amended in areas and re badged "Magnetism and Sub Atomic Bonding" at this point it reached a kind of dead end. Then this year 2012, I suddenly solved a problem that had been blocking any further progress. This final version incorporates all the elements at are needed to understand the brief, how do magnets work and is now called, "Magnetism Gravity and Sub Atomic Bonding" and is the last update I ever intend doing......
Structure of Complex Atoms
The internal forces generated and core stacking arrangements within large atoms and the affect this has on the atoms dynamics.
Simple bonding - Crystalline formations.
Showing how the simple bonding structure between atoms forms and how this affects the way atoms behave.
Complex Bonding - Dissimilar Interface Bonding.
The way in which atoms not of the same kind bond together and the way bonds affect each other in molecular assembly.
The Gravimetric Spectrum.
A first description of what it is and how it can be used to describe atomic and sub atomic movement. The calculation of energies within the sub molecular particle range.
Energy Absorption - The Properties of Heat.
A look at the way energy absorption affect the properties of the atom and the affects this has on the behavior of atoms.
Gravity and High Energy Particles.
A brief description of how gravity pressures act in the mass of large bodies to create the high energy particles.
Here we examine the way in which sub molecular particles excite atoms into a charged state forming the electrical field state of atoms. We look at how this is propagated and what this effect has upon atoms.
|PART NINETEEN||Light This section looks at the behavior of light waves and defines how they operate within the sub molecular field. We look at field effects of light and explain some of the common observations.||15 pages|