An Introduction to General Relativity and Cosmology
Theory, Observations, and Applications
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An engaging and authoritative introduction to general relativity and cosmology for graduate students and advanced undergraduates General relativity has entered a new phase of its development as technical advances have led to the direct detection of gravitational radiation from the merging of single pairs of stellar-sized black holes. The exquisite sensitivity of pulsar signal timing measurements has also been exploited to reveal the presence of a background of gravitational waves, most likely arising from the mergers of supermassive black holes thought to be present at the center of most galax...
An engaging and authoritative introduction to general relativity and cosmology for graduate students and advanced undergraduates General relativity has entered a new phase of its development as technical advances have led to the direct detection of gravitational radiation from the merging of single pairs of stellar-sized black holes. The exquisite sensitivity of pulsar signal timing measurements has also been exploited to reveal the presence of a background of gravitational waves, most likely arising from the mergers of supermassive black holes thought to be present at the center of most galaxies. This book demonstrates how general relativity is central to understanding these and other observations while explaining the role of relativity in modern cosmology. An Introduction to General Relativity and Cosmology is an essential entrée to the subject, combining full discussions of underlying principles with detailed derivations as well as an accessible treatment of the mathematical foundations of singularity theorems and more advanced topics. * Combines rigor with a conversational, highly pedagogical approach * Emphasizes connections with other areas of physics to sharpen intuition while emphasizing general relativity’s unique contributions to modern theoretical physics * Presents a novel derivation of the energy flux of gravitational waves * Provides detailed and explicit derivations of important results, including binary star evolution by gravitational radiation losses * Features a detailed treatment of the Hellings-Downs formula, key to understanding pulsar timing array results for gravitational radiation * Provides a reexamination of the equivalence principle for relativistic particles * Presents new results on the mathematical solutions of the innermost orbits of the gaseous disks that surround black holes * Includes a wealth of exercises * Solutions manual (available only to instructors)
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