New Perspectives in Astrophysical Cosmology
Cambridge University Press, 2000 - 158 páginas
This volume presents a unique and accessible synthesis of our understanding of modern cosmology, written by one of the world's foremost contemporary cosmologists. In recent years, observational cosmology has made remarkable advances, bringing into sharper focus a new set of fundamental questions that Professor Rees addresses in this book. Why is the universe expanding the way it is? What were the 'seeds' that caused galaxies, clusters and superclusters to form? What is the nature of 'dark matter'? What happened in the very early universe? The latest exciting advances and theories are discussed, while maintaining a clear distinction between aspects that now have a firm empirical basis and those that remain speculative. Its wide scope and clear writing will be welcomed by anyone interested in cosmology and extragalactic astrophysics who has a basic grounding in physics, as well as academic researchers and graduate students in the field.
Comentarios de usuarios - Escribir una reseña
No hemos encontrado ninguna reseña en los sitios habituales.
Otras ediciones - Ver todo
absorption amplitude angular momentum angular scales arcseconds Astron astronomers Astrophys Astrophys.J astrophysical baryons big bang black holes bound systems brown dwarfs Cambridge centre clouds clusters and superclusters COBE collapse cosmogonic cosmology dark matter deceleration density detect disc galaxies distance distribution dominant dynamics early universe effects energy epoch evidence evolution expanding factor Figure fraction freefall galactic halos galaxy formation gravitationally high redshifts high-z hole's Hubble flow Hubble radius inferred inhomogeneities initial fluctuations intergalactic intergalactic medium large-scale lensing Lett light light-years line of sight magnetic field massive black holes microphysics microwave background motions neutrinos non-baryonic objects observed optical orbit overdensity particles perturbations phase photons Phys physics Planck predicted present primordial probe protogalaxy quasars radio recombination redshifts Rees remnants smaller spectra spectrum star formation stellar superclusters supernova Telescope temperature tidal timescale tion typical ultra-early universe University Press velocity virial virialised WIMPs Zel'dovich