Tracing the ancestry of galaxies (IAU s277)

In this volume, key theorists and observers address the major open questions concerning galaxy formation and evolution. IAU Symposium 277 addresses the major open questions concerning galaxy formation and evolution. In this volume, theorists and observers attempt to reach a common understanding of the puzzles that galaxy research has recently unfolded, largely through the study of galaxy dynamics and their stellar populations at low and high redshifts. IAU Symposium 277 addresses the major open questions concerning galaxy formation and evolution. In this volume, theorists and observers attempt to reach a common understanding of the puzzles that galaxy research has recently unfolded, largely through the study of galaxy dynamics and their stellar populations at low and high redshifts. We are living in the golden era of multiwavelength astronomicalobservations, probing deep areas of the sky. Sophisticated instruments allow us to compare galaxies at high redshifts, when the Universe was only a few hundred millions years old, with the mature nearby galaxies we see today. This isyielding new insights into the mass assembly and the star formation history of galaxies that may, or may not, be compatible with our current theoretical models. IAU Symposium 277 addresses the major open questions concerning the evolution of galaxies, specifically: can we really apply the knowledge gained fromlow-redshift studies to the high-redshift galaxy populations, given the strong apparent differences in their observed properties? In this volume theorists and observers attempt to reach a common understanding of the puzzles that galaxy research has recently unfolded, largely through the study of galaxy dynamics and their stellar populations at low and high redshifts. INDICE: Preface; 1. Large photometric (UV, optical, IR) surveys; 2. Large HI and CO surveys; 3. Large 3D kinematical surveys - low z; 4. Large 3D kinematical surveys - high z; 5. Stellar populations in the local universe and at high z and galaxy evolution; 6. Teaching aids for astronomy and virtual observatory (VO); 7. Confronting cosmological simulations and galaxy evolution models with galaxy samples; 8. Mass assembly; 9. Unsolved problems; 10. Summary and concluding remarks; Author index; Object index.

• ISBN: 978-0-521-76602-9
• Editorial: Cambridge University
• Encuadernacion: Cartoné
• Páginas: 368
• Fecha Publicación: 12/01/2012
• Nº Volúmenes: 1
• Idioma: Inglés