back to   *An evolutionary Cosmology

1 Introduction (2020 version)

When one is trying to introduce a collection of concepts that create a fully fledged evolutionary hypothesis,  it is difficult to know where to start.  To misquote the well known saying "Which comes first the chicken or the egg"?

When considering the subject of an evolutionary cosmology one has two special problems to consider.  

Firstly  an evolutionary process involves birth, reproduction and death so one has to decide where in the cyclic process one should start the description of the concepts.

Secondly  Any cosmology will involve at least three major disciplines  Philosophy, Science and Mathematics.  Each of which requires a different approach to the concepts so I have written three different introductions covering each of these approaches.

What I am trying to suggest is that by looking at our current understanding of the universe in a slightly different way can result in a fully worked out evolutionary cosmology.    

This cosmology has a side effect.  It also possibly explains several problems with the understanding of current observations.    

1. How and why matter rather than antimatter dominates our universe.  
2. Why dark energy and dark matter make up such a large proportion of our universe.
3. Give understandable explanations of the quantum mechanical conundrums of superposition and entanglement.
4. Produce a solid model of a complete theory of everything which not only includes a full explanation of our physical laws but explains why they are what the are and how they work together do produce a universe like ours which developed not by a happy accident but a process of physical selection.

My current preferred approach is to start with what first appears as the most counterintuitive proposition which is that the core collapse of a large star made of matter at the end of its life to produce a stellar mass black hole and a supernova explosion in our universe can result in a Big Bang expanding universe consisting of antimatter in new dimensions of space time without contradicting observation, causality or thermodynamics.  

I Also think that that there is a fair chance that confirming measurements may be made and may even have already been made. 

I am working on an understanding of how from our current understanding of the quantum mechanical vacuum this cosmology could have evolved.

Let us now move on to the three ways of looking at cosmology.  Philosophical. Physical, and Mathematical

Go on to  1-1 A Philosophical Introduction   1-2 A Scientific Introduction   1-3 A Mathematical Introduction