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As fascinating and unexplainable as the universe appears to be, there are also an incredible amount of similarities between the universe and the everyday world and we are constantly evolving to discover more about these incredible parallels as this book unveils. Important topics such as Rydberg atoms, planet–star and satellite planet systems, star–planet–moon systems, and black holes and atomic/quantum physics, as well as the explanation of dark matter, will be addressed throughout the book. For those with a fascination in the world around us, as well as undergraduate and graduate students, researchers and anyone who wishes to gain better physical insight of the discussed phenomena, this book offers a simplified approach to the beautiful world around us.
Chapter 1. Introduction
Chapter 2. Reasons from astrophysics and atomic physics for our world to be three-dimensional
Chapter 3. More on the stability of atoms and planetary systems in our three-dimensional world: Why do we live longer than a tiny fraction of a second?
Chapter 4. Crossing of the micro- and macro-worlds: similarities between planet-star or satellite-planet systems and giant (Rydberg) atoms of the diameter twice the size of human hair
Chapter 5. Magic of numbers: fine-tuned Universe?
Chapter 6. Similarities between the motion of a satellite with a constant acceleration and the Stark effect in Rydberg atoms
Chapter 7. Similarities between the motion of a satellite around the oblate Earth and Rydberg atoms in a high-frequency laser field and heavy hydrogenic ions, including the description using uncommon “2-dimensional” numbers.
Chapter 8. The “Sun” going back and force: similarities between a planet around binary stars or a star-planet-moon system and one-electron Rydberg quasimolecules
Chapter 9. Stormy relationship between black holes and atomic/quantum physics
Chapter 10. Atomic nuclei beyond the standard model: an unknown matter not only in the Universe?
Chapter 11. Concluding remarks on the harmony and beauty of micro- and macro-worlds: symmetries ruling everything
Appendix A. Overview of the generalized classical dynamics
Appendix B. Super-generalized Runge-Lenz vector
Appendix C. The classical Stark effect
Appendix D. Derivation of the effective potential energy for a hydrogen Rydberg atom in a
high-frequency laser field