Evolutionary Essays: A Thermodynamic Interpretation of the Evolution

Evolution is nature’s most fascinating process, the possibility given sufficient time to combine simple inorganic compounds to more and more complex biochemical compounds, which make up more and more complex organisms. It is therefore crucial in our effort to understand the evolution to see it from as many different angles as possible. This books draw an image of evolution from the thermodynamic viewpoint, which gives new and surprising insights into the processes and mechanisms that have driven evolution. This new thermodynamic interpretation has made it possible to quantify the various steps of evolution and to show that evolution has followed an exponential growth curve.

The first comprehensive thermodynamic interpretation and explanation of evolutionThis thermodynamic interpretation makes it possible to quantify the various steps of evolutionThis interpretation explains the wide spectrum of different mechanisms on which the evolution has been based

Part 1: Thermodynamics, Ecosystems and the Evolutionary Mechanisms 1. An introduction to thermodynamics and information theory 2. Thermodynamic and the evolutionary process 3. The evolutionary mechanisms. 4. Extreme Environment

Part 2: History of Biological Evolution from a Thermodynamic Point of View. Eco-Exergy as a Criterion of Selection in Macro-evolution 5. The evolution of the Universe 6. From Inorganic to Poly-organic Compounds 7. From Poly-organic Compounds to Eukaryote Cells 8. Pluricellular Organization and the Cambrian Explosion 9. From the Ordovician Period to the Jurassic Period 10. The Evolution from Dinosaurs to Birds and Mammals 11. From Primates to Human

Part 3: A holistic thermodynamic interpretation of the Evolution 12.The three growth forms and the evolution 13. The evolution of diversity 14. Eco-exergy and ascendency 15. The evolution of ecological networks 16. Summary of the Evolution of Eco-exergy and Discussion of the Evolutionary Possibilities in the Future 17. A holistic picture of evolutionary thermodynamics