Introduction to A New Cosmology——The Birth and Quantum Evolution of The Cosmos

In the sociology of scientific thought, the “Planck Principle” suggests that a new scientific truth does not triumph by convincing its opponents and making them see the light, but rather that its opponents eventually die off and a new generation grows up familiar with it from the start. Surely this is what will happen with this new paradigm proposed for the birth and evolution of the Cosmos, so we must prepare the youth. For didactic purposes and with the intention of convincing readers of the proposed new paradigm, despite the indicated difficulties, the reader will notice that throughout the text there are certain recurring repetitions, aiming to reinforce and solidify the fundamental concepts and ideas.

Sample Chapter(s)
PROLOGUE (155 KB)

Components of the Book:

Ebook

Chapter 1. The Pillars of Academic Cosmology
Chapter 2. Connected Concepts to the Big Bang Model
Chapter 3. The Big Bang and Critical Thinking
Chapter 4. Gravity: The First Interaction
Chapter 5. Planck Units
Chapter 6. The Great Discovery of “M=@³G^-1t”
Chapter 7. M=@³G^-1t from Isaac Newton
Chapter 8. M=@³G^-1t from Planck
Chapter 9. M=@³G^-1t from Dimensional Analysis
Chapter 10. M=@³G^-1t from the Energy Equation
Chapter 11. M=@³G^-1t from Critical Density
Chapter 12. M=@³G^-1t from the Calculations of Dr. D. Valev
Chapter 13. Approach from P. Jarrin’s “Grain of Planck”
Chapter 14. Approach from the Large Numbers Hypothesis
Chapter 15. Inconsistencies in the Big Bang Model
Chapter 16. The Cosmos from M=@³G^-1t
Chapter 17. Discrepancies with the Steady State Theory
Chapter 18. Birth and Growth of the Cosmos
Chapter 19. Compatibility with the Hubble Constant
Chapter 20. The Density of the Cosmos According to M=@³G^-1t
Chapter 21. The Total Energy of the Cosmos is Zero
Chapter 22. Where is the New Mass of the Cosmos Generated?
Chapter 23. Volume Created Every Second Per Planck Mass
Chapter 24. The Temperature at the Planck Time
Chapter 25. Temperature as a Function of Time
Chapter 26. Weinberg Versus M=@³G^-1t
Chapter 27. Initial Asymmetry Between Matter and Antimatter
Chapter 28. Friedmann, Perlmutter, and the Fate of the Cosmos
Chapter 29. Planck Units and M=@³G^-1t
Chapter 30. Do We Live Inside a Black Hole?
Chapter 31. Dimensional Expressions
Chapter 32. Planck Mass and Black Holes
Chapter 33. In Search of the Center of the Cosmos
Chapter 34. The Expansion of the Cosmos, Redshift, and the Appearance of Neutrons
Chapter 35. A Quantum Cosmology
Chapter 36. Astroparticles and M=@³G^-1t
Chapter 37. An Euclidean Cosmos
Chapter 38. Relativity and M=@³G^-1t
Chapter 39. The Standard Model of Particles and M=@³G^-1t
Chapter 40. On the Possible Origin of Dark Matter
Chapter 41. The Observable Cosmos According to M=@³G^-1t
Chapter 42. Final Conclusion
References

Readership: Researchers, students, scientific enthusiasts who are interested in cosmology.

		Ebook Francisco Pavía Alemany, Marcelino Álvarez Villarroya PDF (6468 KB)

Francisco Pavía Alemany
Engineer from the Escuela Técnica Superior del ICAI (ICAI School of Engineering in Higher Education) (Madrid), Masters in Astrophysics Valencian International University,
Cosmology group of Agrupación Astronómica de la Safor, Pellers, 12-bajo 46702 Gandia, Valencia, España.

Marcelino Álvarez Villarroya
Computer scientist, Ex-Director of the Federation of Astronomical Associations of Spain, President of the Agrupación Astronómica de la Safor,
Cosmology group of Agrupación Astronómica de la Safor, Pellers, 12-bajo 46702 Gandia, Valencia, España.

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