Dynamics of Galaxies

Dynamics of Galaxies

by Giuseppe Bertin

Hardcover(2nd Revised ed.)

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Overview

Our understanding of galaxies has advanced significantly in recent years. Powerful computer simulations and detailed observations from ground- and space-based telescopes have been instrumental in this. This graduate textbook provides students with a complete, accessible introduction to modern galactic dynamics. The first two parts of the book define the astrophysical problems and the methods for building sound physical models. Next, coverage examines the observational properties and models of spiral then elliptical galaxies. A selection of exciting topics from contemporary research are also reviewed, including the formation and evolution of galaxies, cooling flows, accretion disks, and galaxies at high redshift. Throughout, the volume helps students develop a clear understanding and good physical intuition of the processes involved. Full derivations are provided for key results and helpful problems are included.


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Product Details

ISBN-13: 9781107000544
Publisher: Cambridge University Press
Publication date: 04/21/2014
Edition description: 2nd Revised ed.
Pages: 484
Product dimensions: 7.17(w) x 10.28(h) x 1.06(d)

About the Author

Giuseppe Bertin is Professor of Physics at the University of Milan, Italy; previously he was in the faculty of the Scuola Normale Superiore, Pisa. He has also held several positions at the Massachusetts Institute of Technology and has been a member of the Kavli Institute for Theoretical Physics, University of California, Santa Barbara (in 2006 and 2009). Professor Bertin is also author of Spiral Structure in Galaxies: A Density Wave Theory with C. C. Lin, and editor of the proceedings of a series of three international workshops on plasmas in the laboratory and in the universe. He is the recipient of the Italian National Academy's Premio del Presidente della Repubblica in Science for 2013.

Table of Contents

Part I. Basic Phenomenology: 1. Scales; 2. Observational windows; 3. Classifications; 4. Photometry, kinematics, dark matter; 5. Basic questions, semi-empirical approach, dynamical window; Part II. Physical Models: 6. Self-gravity and relation with plasma physics; 7. Relaxation times, absence of thermodynamical equilibrium; 8. Models; 9. Equilibrium and stability: symmetry and symmetry breaking; 10. Classical ellipsoids; 11. Introduction to dispersive waves; 12. Jeans instability; Part III. Spiral Galaxies: 13. Orbits; 14. The basic state: vertical and horizontal equilibrium in the disk; 15. Density waves; 16. Role of gas; 17. Global spiral modes; 18. Spiral structure in galaxies; 19. Bending waves; 20. Dark matter in spiral galaxies; Part IV. Elliptical Galaxies: 21. Orbits; 22. Stellar dynamical approach; 23. Stability; 24. Dark matter in elliptical galaxies; Part V. In Perspective: 25. Selected aspects of formation and evolution; Notes; Index.

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