"Dark Matter & The Universe", starts off by explaining exactly what dark matter is, what it consists of, why it is stable and why scientists have been unable to detect it. This is based upon our work in "The Atom Uncovered" and "Gravity & Electromagnetic Waves", where we produced a unified theory of the physical forces, as well as describing how the atom and its nucleus are constructed from the sub-atomic particles. This book then goes on to explain how the universe develops over time from its initial high energy state, through the formation of particles and the creation of galaxies we see today. In fact the book describes exactly how the different types of galaxies and their subclasses are formed. Also what the variables are that alter which type of galaxy is produced. Additionally the model goes on to explain what the future development of the universe will be, all of which is not only self consistent, but also consistent with our work in the previous two books. Furthermore, we use the model produced in this book, to explain all the different experimental data and observations regarding the universe, including the matter and energy contained within it. Using this model we are able to answer, currently unanswered questions about the universe, for example where is all the antimatter, why does the universe appear flat and why are dwarf galaxies mainly situated around major galaxies. It also explains why the universe has a web like structure. Overall, this book along with its two predecessors, "The Atom Uncovered" and "Gravity & Electromagnetic Waves", forms the unified theory. Together they explain everything consistently from the sub-atomic particles to the structure of the universe and the energy that flows around within it.

Table of Contents:
1 Introduction 1.1 The Static Universe 1.2 The Big Bang Theory 1.3 Other Non Standard Cosmology Models 1.4 Galaxy Production and Types 1.5 Overview of Dark Matter and the Universe 2 Dark Matter 2.1 Introduction 2.2 Our Proposal 2.3 Conclusions 3 Our Model of the Universe 3.1 Introduction 3.2 The Shape of the Universe 3.3 Our Model 3.3.1 The Observable Universe 3.3.2 The Universe from Start to End 3.3.3 Expansion and Hubble 3.3.4 Measuring Time and Distance 3.4 Conclusions 4 How Our Model Correlates with Experimental Data 4.1 The Large Scale Homogeneity 4.2 Hubble's Relationship 4.3 Matter 4.4 The Abundances of Light Elements 4.5 The Cosmic Microwave Background Radiation 4.6 Fluctuations within the Cosmic Microwaves Background Radiation 4.7 The Age of Stars 4.8 The Age of the Universe 4.9 The Evolution of Galaxies 4.10 Active Galactic Nucleus 4.11 The Time Dilation in Supernova Brightness Curves 4.12 Black Body Radiation and the Tolman Test 4.13 Brightness and Intensity 4.14 The Sunyaev-Zel'dovich Effect 4.15 The Integrated Sachs-Wolfe effect 4.16 Dwarf Galaxies and Star Populations 4.17 Dark Matter 4.18 Dark Energy 4.19 Dark Flow 4.20 Steady State Universe 4.21 Plasma Cosmology 4.22 Variable Mass Cosmology 4.23 Conclusions 5 How Different Types of Galaxies are Formed 5.1 Bars 5.2 Spirals 5.3 Elliptical 5.4 Intermediate Spirals 5.5 Lenticular 5.6 Irregular 5.7 Dwarf Galaxies 5.8 Conclusions 6 Answers to Open Questions and More Questions Above the Universe 6.1 Flatness and the Horizon 6.2 Matter and Anti-Matter Asymmetry 6.3 Small-Scale Structure 6.4 More Questions 7 Overall Conclusions References