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formulation of general relativity are presented in
Chapters 2 and 3 while more advanced techniques are discussed in Appendices A to C. Wald believes that this is the best way forward because putting all the mathematical techniques at the beginning of the book would prove to be a major obstruction for students while developing these mathematical tools as they get used would mean they are too scattered to be useful. While the
1376:
Wald's text is entirely based. Its style is uniformly clear and economic, if too brief at times. Topics that deserve more attention include gravitational radiation and cosmology. However, this book can be supplemented by those by Misner, Thorne, and
Wheeler, and by Weinberg. Smolin was teaching a course on general relativity to undergraduates as well as graduate students at
27:
1375:
bridges the gap between the presentation of the material in older textbooks and the literature. For example, while the early pioneers of the subject, including
Einstein himself, employed coordinate-based methods, researchers since the mid-1960s have switched to coordinate-free formulations, of which
205:
First published by the
University of Chicago Press in 1984, the book, a tome of almost 500 pages, covers many aspects of the general theory of relativity. It is divided into two parts. Part I covers the fundamentals of the subject and Part II the more advanced topics such as causal structure, and
1307:, this textbook offers good physics intuition. However, the author did not use the most modern mathematical methods available, and his treatment of cosmology is now outdated. Finley believes that the abstract index notation is difficult to learn, though convenient for those who have mastered it.
233:
It is aimed at beginning graduate students and researchers. To this end, most of the materials in Part I is geared towards an introductory course on the subject while Part II covers a wide range of advanced topics for a second term or further study. The essential mathematical methods for the
1365:, are handled well while empirical tests of Einstein's theory are barely scratched and the treatment of advanced topics, including cosmology, is just too brief to be useful to students. Due to its heavy use of higher mathematics, it may not be suitable for an introductory course.
1318:
is a sophisticated yet concise book on the subject that should be appealing to the mathematically inclined, as a high level of rigor is maintained throughout the book. However, he believed the material on linearized gravity is too short, and recommended
1356:
provides a modern introduction to the subject with emphasis on tensor and topological methods and offers some "sharp insights." However, its quality is very variable. Topics such as geodetic motion in the
Schwarzschild metric, the
456:
238:
is often presented in conjunction with the initial-value formulation, Wald's coverage of the latter is independent of the former, which is thus relegated to the appendix, alongside the
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because it is easier to treat spinors this way. Moreover, this is the most common sign convention used in the literature.
1489:. Daniel Finley. Department of Physics and Astronomy, University of New Mexico. April 1, 2018. Accessed January 18, 2019.
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using this book and felt satisfied with the results. He also found it useful as a reference to refresh his memory.
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for reasons of technical convenience. However, there is one important exception. In
Chapter 13 â and
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et al. University of
California, Riverside. September 1998. Accessed January 18, 2019.
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in vacuum) are set equal to one, except when predictions that can be tested are made.
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451:{\displaystyle G_{\mu \nu }+\Lambda g_{\mu \nu }={\kappa }T_{\mu \nu }}
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A Relativist's
Toolkit, The Mathematics of Black-Hole Mechanics.
1348:
Hans C. Ohanian, who taught and researched gravitation at the
1238:
Lagrangian and
Hamiltonian Formulations of Einstein's Equation
1691:
Spacetime and
Geometry: An Introduction to General Relativity
142:
1664:(1). Sigma Xi, The Scientific Research Honor Society: 82.
1194:
Chapter 14: Quantum Effects in Strong Gravitational Fields
168:
1625:(9). Association of American Physics Teachers: 923â4.
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347:
323:
287:
251:
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in Chapter 13 â, the sign convention is switched to
1487:
A Listing of Technical Books for General Relativity
1158:Chapter 7: Methods for Solving Einstein's Equation
450:
353:
329:
302:
266:
1549:Wald, Robert (1984). "Notation and Conventions".
1758:
1728:Gravity: Newtonian, Post-Newtonian, Relativistic
1303:According to Daniel Finley, a professor at the
1093:
1752:Official University of Chicago Press website
317:, meaning the fundamental natural constants
1722:
1586:(5). American Institute of Physics: 94â95.
1100:
1086:
25:
1544:
1542:
218:, the initial-value formulation, (exact)
1553:. Chicago: University of Chicago Press.
1525:. Chicago: University of Chicago Press.
1482:
1480:
185:is a graduate textbook and reference on
16:1984 graduate textbook by Robert M. Wald
1612:
193:written by the gravitational physicist
1759:
1652:Smolin, Lee (JanuaryâFebruary 1986). "
1651:
1539:
1477:
1286:. University of Chicago Press, 2010.
1263:. University of Chicago Press, 1984.
1573:
1548:
1520:
1516:
1514:
1497:
1495:
1474:. University of Chicago Press, 1984.
368:
1420:List of books on general relativity
206:quantum effects. The book uses the
13:
1680:
1363:energy extraction from black holes
1139:Chapter 5: Homogeneous, Isotropic
411:
14:
1793:
1745:
1613:Ohanian, Hans (September 1985). "
1511:
1492:
230:, and black-hole thermodynamics.
216:variational-principle formulation
1521:Wald, Robert (1984). "Preface".
1404:
1390:
1350:Rensselaer Polytechnic Institute
1067:
1066:
1053:
383:
89:The University of Chicago Press
1730:. Cambridge University Press.
1645:
1606:
1567:
1464:
1434:Einstein Gravity in a Nutshell
1:
1457:
1298:
1711:Cambridge University Press.
191:general theory of relativity
7:
1619:American Journal of Physics
1502:A Guide to Relativity Books
1383:
1253:
1161:Chapter 8: Causal Structure
564:Gravitational time dilation
200:
10:
1798:
684:MathissonâPapapetrouâDixon
525:Pseudo-Riemannian manifold
1574:York, James (May 1987). "
1450:Classical Electrodynamics
1339:Gravitation and Cosmology
1232:Conformal Transformations
1172:Initial Value Formulation
214:. It treats spinors, the
166:
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84:
76:
66:
56:
46:
36:
24:
1726:; Poisson, Eric (2014).
1305:University of New Mexico
1242:F. Units and Dimensions.
1154:Part II: Advanced Topics
689:HamiltonâJacobiâEinstein
669:Einstein field equations
492:Mathematical formulation
108:United States of America
1117:Chapter 1: Introduction
208:abstract index notation
1782:1984 non-fiction books
1335:John Archibald Wheeler
1310:Theoretical physicist
1220:C. Maps of Manifolds,
1147:Schwarzschild Solution
559:Gravitational redshift
452:
355:
339:gravitational constant
331:
313:Most of the book uses
304:
268:
847:WeylâLewisâPapapetrou
802:KerrâNewmanâde Sitter
622:EinsteinâRosen bridge
554:Gravitational lensing
510:Equivalence principle
453:
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332:
305:
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236:Hamiltonian formalism
1130:Chapter 3: Curvature
1113:Part I: Fundamentals
777:EinsteinâRosen waves
503:Fundamental concepts
392:
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321:
303:{\displaystyle +---}
285:
267:{\displaystyle -+++}
249:
240:Lagrangian formalism
1777:Relativity articles
1631:1985AmJPh..53..923W
1592:1987PhT....40e..94W
1442:Classical Mechanics
1216:Frobenius's Theorem
1214:, Integration, and
1178:Asymptotic Flatness
1135:Einstein's Equation
731:KaluzaâKlein theory
617:Minkowski spacetime
569:Gravitational waves
245:This book uses the
220:gravitational waves
21:
20:General Relativity
1767:General relativity
1693:. Addison Wesley.
1658:American Scientist
1654:General Relativity
1615:General Relativity
1576:General Relativity
1551:General Relativity
1523:General Relativity
1472:General Relativity
1373:General Relativity
1359:Krushkal extension
1354:General Relativity
1316:General Relativity
1284:General Relativity
1261:General Relativity
1212:Differential Forms
1206:Topological Spaces
1060:Physics portal
832:OppenheimerâSnyder
772:ReissnerâNordström
664:Linearized gravity
612:Spacetime diagrams
515:Special relativity
448:
377:General relativity
363:the speed of light
351:
327:
300:
264:
182:General Relativity
71:General relativity
19:
1772:Physics textbooks
1724:Will, Clifford M.
1656:by Robert Wald".
1617:". Book Reviews.
1600:10.1063/1.2820032
1292:978-0-226-87037-3
1110:
1109:
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369:Table of Contents
354:{\displaystyle c}
330:{\displaystyle G}
315:geometrized units
228:Hawking radiation
222:, singularities,
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174:QC173.6 .W35 1984
105:Publication place
47:Cover artist
31:Hardcover edition
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1470:Wald, Robert M.
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1345:as supplements.
1282:Wald, Robert M.
1259:Wald, Robert M.
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1222:Lie Derivatives
1145:Chapter 6: The
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589:Singularity
195:Robert Wald
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1761:Categories
1578:". Books.
1458:References
1452:(textbook)
1444:(textbook)
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1369:Lee Smolin
1331:Kip Thorne
1299:Assessment
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1247:References
1200:Appendices
865:Scientists
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594:Black hole
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1250:Index
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787:Gödel
484:Tests
121:Pages
116:Print
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