TY  - GEN
T1  - Dynamics and Evolution of Galactic Nuclei.
T2  - Princeton series in astrophysics.
A1  - Merritt, David
LA  - English
PP  - New Jersey
PB  - Princeton University Press
YR  - 2013
UL  - https://ebooks.jgu.edu.in/Record/jstor_eba_ocn958573669
AB  - Deep within galaxies like the Milky Way, astronomers have found a fascinating legacy of Einstein's general theory of relativity: supermassive black holes. Connected to the evolution of the galaxies that contain these black holes, galactic nuclei are the sites of uniquely energetic events, including quasars, stellar tidal disruptions, and the generation of gravitational waves. This textbook is the first comprehensive introduction to dynamical processes occurring in the vicinity of supermassive black holes in their galactic environment. Filling a critical gap, it is an authoritative resource fo.
OP  - 567
CN  - QB858.3
SN  - 9780691121017
SN  - 069112101X
SN  - 9781400846122
SN  - 1400846129
SN  - 9781400847549
SN  - 1400847540
KW  - Active galactic nuclei.
KW  - Galactic nuclei : Evolution.
KW  - Galaxies : Evolution.
KW  - Black holes (Astronomy)
KW  - Noyaux actifs de galaxies.
KW  - Noyaux galactiques : Évolution.
KW  - Galaxies : Évolution.
KW  - Trous noirs (Astronomie)
KW  - SCIENCE : Physics : Astrophysics.
KW  - Active galactic nuclei
KW  - Galaxies : Evolution
KW  - Acceleration.
KW  - Accretion (astrophysics).
KW  - Accretion disk.
KW  - Active galactic nucleus.
KW  - Age of the universe.
KW  - Andromeda Galaxy.
KW  - Angular momentum.
KW  - Approximation.
KW  - Apsis.
KW  - Astrometry.
KW  - Astronomer.
KW  - Astronomy.
KW  - Astrophysics.
KW  - Binary star.
KW  - Box orbit.
KW  - Celestial mechanics.
KW  - Chandra X-ray Observatory.
KW  - Chronology of the universe.
KW  - Circular orbit.
KW  - Classical and Quantum Gravity.
KW  - Disc galaxy.
KW  - Dwarf elliptical galaxy.
KW  - Dwarf galaxy.
KW  - Dynamical friction.
KW  - Elliptic orbit.
KW  - Elliptical galaxy.
KW  - Elongation (astronomy).
KW  - Equations of motion.
KW  - Exoplanet.
KW  - Galactic Center.
KW  - Galactic astronomy.
KW  - Galaxy cluster.
KW  - Galaxy merger.
KW  - Galaxy rotation curve.
KW  - Globular cluster.
KW  - Gravitational collapse.
KW  - Gravitational potential.
KW  - Gravitational redshift.
KW  - Gravitational wave.
KW  - Gravitational-wave observatory.
KW  - Gravity.
KW  - Highly elliptical orbit.
KW  - Hubble Space Telescope.
KW  - Interferometry.
KW  - Intermediate-mass black hole.
KW  - Interstellar medium.
KW  - Interstellar travel.
KW  - Johannes Kepler.
KW  - Jupiter.
KW  - Kepler orbit.
KW  - Kepler problem.
KW  - Kepler's laws of planetary motion.
KW  - Luminosity function (astronomy).
KW  - Main sequence.
KW  - Mass distribution.
KW  - Mass segregation (astronomy).
KW  - Maxwell-Boltzmann distribution.
KW  - Milky Way.
KW  - Molecular cloud.
KW  - N-body simulation.
KW  - Neutron star.
KW  - Nuclear density.
KW  - Orbit.
KW  - Orbital decay.
KW  - Orbital eccentricity.
KW  - Orbital elements.
KW  - Orbital period.
KW  - Orbital plane (astronomy).
KW  - Particle physics.
KW  - Perturbation theory (quantum mechanics).
KW  - Phase space.
KW  - Planet.
KW  - Plasma (physics).
KW  - Precession.
KW  - Quasar.
KW  - Radiation pressure.
KW  - Radio galaxy.
KW  - Relaxation time.
KW  - Reverberation mapping.
KW  - Rotation period.
KW  - Semi-major and semi-minor axes.
KW  - Solar mass.
KW  - Spacecraft.
KW  - Spin (physics).
KW  - Spin-orbit interaction.
KW  - Spiral galaxy.
KW  - Star cluster.
KW  - Star formation.
KW  - Stellar collision.
KW  - Stellar density.
KW  - Stellar dynamics.
KW  - Stellar evolution.
KW  - Stellar kinematics.
KW  - Stellar mass.
KW  - Supermassive black hole.
KW  - Supernova.
KW  - Synchrotron radiation.
KW  - Triangulum Galaxy.
KW  - Velocity dispersion.
KW  - X-ray binary.
ER  -