Gravity: Newtonian, Post-Newtonian, Relativistic

Clifford Will: " distinguished professor of physics at the University of Florida will receive the 2019 Albert Einstein Medal from the Albert Einstein Society, being recognized for his contributions to physics and to theory of General Relativity, including the post-Newtonian expansions of the Einstein field equations and their confrontation with experiments." A recent acquisition and a joy to peruse. Pedagogic, lucidly written, 'boxes' for enrichment and excellent exercises of varying degrees of difficulty. An exposition of gravity in all its manifestations: Newtonian, Post-Newtonian, Relativistic. An invaluable textbook of utility for students, professors and researchers. (1) Your background should be the equivalent of a solid fourth year undergraduate student of physics. (2) You get thorough review of Newtonian gravity, orbital mechanics and a modernization of outlook for today's student. Read: "Equation #1.98 (compact form of Euler and continuity equations) is independent from, and indeed more fundamental than, the Einstein field equations." (page 26). Read: "There is no measurable way to determine the true position of the center of mass." (page 48). Boxed material offers more, for example, regarding tidal deformation analogy to single harmonic oscillator driven by external force (page 124). (3) Up to date applications for astrophysics (Caveat/Preface: no cosmology) and a review of tensor analysis plus a variety of mathematical techniques utilized throughout the discourse. Read: "Einstein's original Principle of Equivalence formulation is not an equivalence, but a tautology." (page 221). (4) Pay attention to end of chapter exercises (example: page 285, # 5.2, which pertains to accelerated charges, delightful !). Attention paid to the problem-sets procures skill needed to follow all subsequent developments. Chapters one through five (to page 285) will be in the nature of review (now, I surmise that this material, much of chapter one and two, is foreign to many a reader: built-in assumptions such as linear superposition and the equality of inertial mass density and passive gravitational mass density plus an extensive discussion of tidal deformations). Internal structure of white dwarf stars is described (section 2.2.5, pages 81-88 ). Revel in the description (and a summary of) foundations of Newtonian gravity. (5) My favorite chapters: (third) orbital dynamics, celestial mechanics, Kepler, Lagrange; (sixth) Landau-Lifshitz formulation along with Green's functions (Box # 6.5, Green's function for wave equation). Chapter ten: clock synchronization, spinning bodies, precession ! Chapter eight: Maxwell-like formulation of post-Newtonian theory, beautiful ! (Box #8.1). Couched between my favorites, we are treated to expositions of fluid dynamics, Euler equations, conservation laws and isolated bodies. (6) Gravitational Waves, this topic in two chapters, read especially: "Why 45 degrees? " (page 550). Final chapter: alternative theories, that discussion rounding out an exemplary textbook. In my review I have neglected much: experimental developments: One example "...in 0.1% agreement with the relativistic prediction." (page 486). But, I am still assimilating the substance of this tome's unique accomplishment. So, with unbridled enthusiasm I recommend this textbook to all students, professors, researchers.

This book contains a complete pedagogical account of the modern Landau-Lifshitz based approach to post-Minkowskian and post-Newtonian theory, as given for general relativity. It is well written with thorough and illuminating discussion of the issues, as required and welcomed for a subject material that is complex and easy to trip up in if not properly briefed. Poisson and Will are principal developers in this field, so who better to learn from. My one beef is with the quality of the book binding from Cambridge University Press, which may be OK for a cheap paperback but not a quality hardcover academic book. It has literally fallen apart in my hands after months of use, so now I have to buy another copy and treat it with kid gloves, gluing the unsupported paper block spline to the inside of the hard cover before using. But this has nothing to do with the superb content.

This is not a book for the general public, just physicists and graduate students in physics. My brother-in-law who is a physics professor refers to it as the "computational text." If you just want to read about Gravity, look elsewhere. That said, my brother-in-law was delighted with it!

With the recent disscoveries of dark matter and dark energy gravity has become an important topic in physics. This advanced textbook explores approximate solutions to general relativity and their consequences. It is recommended reading for physicists with advanced degrees.

satisfactory

Writing this book must have been an extraordinary challenge. If all the details are included then the book must have bulged to thrice its size. The authors have cut corners at the right places so as to cover this advanced aspect of general relativity for the readers. Currently, there is no better book on post-Newtonian theory than this one.

Fantastic text leading up to the recent discovery of gravitational waves! A must read for students and professionals alike!

i love this book. well written and clear descriptions of the equations.

excellent