Analytical Advances in Quantum and Celestial Mechanics: Separating Rapid and Slow Subsystems

Description

This book is devoted primarily to recent advances in applying a powerful analytical method to various quantum and celestial systems. These results are practically important in the quest for achieving controlled nuclear fusion on Earth, as well as expanding practical applications of lasers and other related fields. PRELIMS.pdf Author biography Eugene Oks CH001.pdf Chapter 1 Introduction References CH002.pdf Chapter 2 Quantum hydrogenic atoms or ions in a high-frequency laser field References CH003.pdf Chapter 3 Classical (Rydberg) hydrogen atoms in a high-frequency laser field: celestial analogies References CH004.pdf Chapter 4 Rydberg states of muonic-electronic helium atoms or helium-like ions References CH005.pdf Chapter 5 A circumbinary planet around a binary star in Einstein’s general relativity and in Newton’s gravity References CH006.pdf Chapter 6 Particular analytical solution for the unrestricted three-body problem of celestial mechanics: a ‘corkscrew’ orbits of a planet around a binary star or of a moon around a star-planet system References CH007.pdf Chapter 7 Magnetic stabilization of one-electron Rydberg quasimolecules References CH008.pdf Chapter 8 One-electron Rydberg quasimolecules in a high-frequency laser field References CH009.pdf Chapter 9 Quantum rotator-dipole in a high-frequency monochromatic field: a violation of the gauge invariance caused by the constraint References CH010.pdf Chapter 10 Center-of-mass effects for hydrogen atoms in a non-uniform electric field: applications to magnetic fusion, radiofrequency discharges, and flare stars References CH011.pdf Chapter 11 Advanced treatment of the Stark broadening of hydrogen spectral lines by plasma electrons References CH012.pdf Chapter 12 Advanced treatment of the Stark broadening of hydrogen-like spectral lines by plasma electrons References CH013.pdf Chapter 13 Concluding remarks References APP1.pdf Chapter References APP2.pdf Chapter References APP3.pdf Chapter References