The Oscillating Universe: Einsteinian Cosmology of Black Holes and Gravitational Waves introduces the concept of cyclic cosmology within the framework of General Relativity. This book unravels the mysteries behind the Big Bang, the accelerating expansion of the universe, and the role of gravitational radiation and black holes in shaping our cosmos. With a comprehensive mathematical description of the oscillating universe and variable gravitational mass, readers will grasp the significance of the latest cosmological revolution sparked by the recent discoveries of gravitational waves.
Students, professional astronomers, and cosmologists will find this book to be a valuable resource. It offers a popular presentation of the history of modern cosmology, discussions on recent discoveries in the study of the universe, and an introduction to the cutting-edge cyclic cosmology theory. This book provides a unique opportunity to understand the evolving landscape of cosmology and the implications of cyclic cosmology.
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Höhe: 229 mm
Breite: 152 mm
Dicke: 20 mm
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978-0-443-27654-5 (9780443276545)
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Schweitzer Klassifikation
Dr. Nick Gorkavyi, Lead Programmer/Analyst in the Science Systems and Applications, is an esteemed author and recipient of numerous prestigious scientific awards including the NASA Robert H. Goddard Award, is renowned for his contributions to astronomy and his 40 years of experience in theoretical physics and astronomy. In recognition of his contributions to the field of astronomy, the International Astronomical Union named Asteroid 4654 Gor'kavyj in his honor. Affiliated with NASA's Goddard Space Flight Center for over a decade, he also imparts knowledge as a professor at Chelyabinsk University and was previously affiliated with Simeiz Observatory in Crimea. Dr. Gorkavyi's expertise and dedication to advancing our understanding of the universe make him a valuable asset to the scientific community.
Autor*in
Lead Programmer/Analyst in the Science Systems and Applications, USA
Part I. Historical Foundations of Cyclic Cosmology
1. A Brief History of Cyclic Cosmology Before 1915
2. General Theory of Relativity and the Pulsating Universe in 1915-1965
Part II. Challenges in Modern Cosmological Models
3. The Problem of Gravitational Singularity
4. Problems of Big Bang Cosmology
5. The Problem of Dark Matter
6. The Magic of Quantum Cosmology
7. The Problem of Dark Energy
8. The Crisis of the Quantum Universe Model
Part III. The New Model of the Oscillating Universe
9. Exit from the Crisis or Light at the End of the Cosmological Tunnel
10. The Mechanism of the Big Bang and Resolving the Singularity Problem
11. Modified Friedmann Equations and ?CDM cosmology
12. Solving the Dark Matter Problem in the Cyclic Universe
13. The Entropy Problem in the Cyclic Universe
14. Empirical Tests of the New Model
Part IV. Predictions and Confirmations of Cyclic Cosmology
15. Formation of Galaxies and Globular Star Clusters
16. Anisotropy in the Universe
17. The Variability of the Hubble Constant
18. Relic Neutron Stars
19. Black Holes and the Prediction of Relic Gravitational Waves
20. Discovery of Predicted Relic Gravitational Wave Background
21. The Past and Future of the Universe
22. Conclusion
Appendix
I. The Problem of Gravitational Energy in Einstein's Theory
II. The Model of the Cyclic Universe in General Theory of Relativity
