protons

Chemical Sciences | Introducing Atoms

By admin on October 28, 2021

Last Updated: October 25 2021 Introduction Atoms make up all of the substances in the universe both in the tangible and intangible worlds. As a Psion, it is important to have a firm understanding of the concepts of atoms. And in this article we will discuss atoms, their properties and characteristics. With this understanding a person will then be able to use the information to create their own inner and outer worlds based upon truth and not the Hollywood pseudo-science that people are trying to sell to those unaware of the laws of science, but upon the bedrock of "truth". The knowledge of atoms is the very foundation of creation. Its understanding hits the very core of all there is. When you want to look at a "theory of everything", you must first draw back the veils of matter and peer into heart and core of the system of nature and life. It is the vibrations of the atoms, and their inner constituents of subatomic particles, the electrons, neutrons, and protons, that are the blueprints and templates of everything that we see in life. Let us start with the atom and see how it structures the world. In later articles we will go deeper into the atom to see what they can reveal about the of material and and non material universe that is the inner space. We will begin the discussion by looking at fractals, which from a precursory view seems unrelated, but as we grow our understanding of the nature of the atom, we will grow our understanding of how fractals fit into our world, through atoms. We will not explain precisely the importance of fractals in this article but will allude to and leave the subject for the course. So, let us get started... What are Fractals? In mathematics, a fractal is a subset of Euclidean space with a numeric value dimension for a specific quantitative variable that strictly exceeds its topological dimension. (They are never ending patterns that repeat) Fractals appear the same at different scales, defined by a never-ending pattern that is self-same. Therefore…