Dynamics and Astrophysics of Galaxies

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Axis
Axisymmetric
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Circular velocity
Collisionless
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Cosmological
Dynamical
Dynamics
Elliptical
Elliptical galaxies
Emission
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Equilibrium
Evolution
Exponential
Galactic
Galactic disks
Galaxies
Galaxy
Gravitational
Gravitational field
Halo
Isothermal
Jeans
Kinematics
Lindblad resonances
Line sight
Logarithmic
Luminosity
Magnification
Magnitude
Mass distribution
Merger
Metallicity
Milky
Orbital
Orbits
Parameter
Perturbation
Poisson
Poisson equation
Radial
Radius
Razor
Redshift
Rotation
Schwarzschild
Shell
Simulations
Solar
Solar neighborhood
Spectrum
Spherical
Spiral
Spiral structure
Star formation
Stars
Stellar
Surface
Surface density
Surface section
Theorem
Tidal
Total
Total mass
Triaxial
Velocity
Velocity dispersion
Velocity field

Product details

  • ISBN 9780691214375
  • Weight: 1438g
  • Dimensions: 156 x 235mm
  • Publication Date: 13 Jan 2026
  • Publisher: Princeton University Press
  • Publication City/Country: US
  • Product Form: Hardback
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A modern textbook on galactic dynamics that encourages hands-on learning using the latest computational methods

This book provides an in-depth introduction to the dynamics, formation, and evolution of galaxies. Starting with the basics of galactic structure and galactic dynamics, it helps students develop a sophisticated understanding of the orbital structure of spirals, ellipticals, and other types of galaxies. The book demonstrates how observations led to the discovery that galaxies are dominated by dark matter and explores in detail how structure evolves from the primordial universe to form the halos that host galaxies when the gravitational attraction of an overdense region overcomes cosmological expansion. Dynamics and Astrophysics of Galaxies uses simple yet realistic models to illustrate the many galactic processes observed today through hierarchical merging and gas accretion, gas cooling and star formation, and internal evolution due to bars, spiral structure, and chemical enrichment.

  • Covers topics ranging from the gravitational potentials of spherical, disk, and ellipsoidal systems to the properties of orbits in different mass distributions, equilibrium models of galaxies, chemical evolution, gravitational lensing, the growth of structure, hierarchical galaxy formation, disk (in)stability, bars, and spirals
  • Includes nearly 200 exercises, enabling students to apply the concepts discussed in the book while honing their analytic and computational skills
  • Accompanied by an online version of the book that includes interactive visualizations and executable Python code
  • An ideal textbook for graduate students and advanced undergraduates and an invaluable reference for researchers
Jo Bovy is Professor in the Department of Astronomy and Astrophysics at the University of Toronto. He is the lead developer of galpy, a widely used Python library for galactic dynamics.

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