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Sub Molecular Interface Bonding : Formation Of Complex Atoms, Book 3 of 7: Formation Of Complex Atoms

By Kemp, Anthony, James

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Book Id: WPLBN0004102284
Format Type: PDF (eBook)
File Size: 785.69 KB.
Reproduction Date: 1/8/2016

Title: Sub Molecular Interface Bonding : Formation Of Complex Atoms, Book 3 of 7: Formation Of Complex Atoms  
Author: Kemp, Anthony, James
Volume: Book 3 of 7
Language: English
Subject: Non Fiction, Science, Sub Molecular Bonding
Collection: Authors Community
Subcollection: Education
Historic
Publication Date:
2016
Publisher: Pepperday Publications
Member Page: Anthony Kemp

Description
A series of filly illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond together into molecules, the foundations of all matter. The papers have been split into Books primarily to keep the file sizes down to an acceptable level, this allows people with slow Internet access to easily download the files. It also means you can download just the parts you want to reference. There are seven Books in this primary series.

Summary
Part of a set of Books that look at how all matter was formed form the earliest movement in the dark matter to the creation galaxies . How atoms are created and how they form into stars and worlds. The forces around this creation and how gravity is formed from three of these forces.

Excerpt
The new single is atom made up of two sub atomic particle rings, each ring comprising a number of energy nodes. If we look at the atom in detail we see it has a vortex pressure map giving the atom a small graviton pull. These forces are built up from the two vortex forces of the two particles rings which are locked together, the lowest pressure point being where the two faces of the gravitational vortex face each other. The small gate ring acts as a pressure valve against increasing and decreasing energy in the large or 'super' ring and becomes a one way gate preventing energy expanding down into the stretched negative end of the large ring. These forces within the locked atom try to rotate into the low pressure zone, this causes the whole structure into an offset rotation. This rotation causes a centrifugal force stretching the tail end of the large ring.

Table of Contents
FORMATION OF COMPLEX ATOMS In this book- 1 Formation of Complex Atoms - 2 Elemental Bonding - 3 Core to Core Bonding - 4 Structure of Complex Atoms - 5 Building the Atomic Core Stack

 

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