Exploring Black Holes, Second Edition

Edwin F. Taylor, John Archibald Wheeler, and Edmund Bertschinger
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Spacetime Physics,
Second Edition

The classic introduction to special relativity, revised and re-imagined.

The first edition of Exploring Black Holes: Introduction to General Relativity, authored by Oersted Medal winner Edwin Taylor and foremost relativist John Archibald Wheeler, offered a concise, directed examination of general relativity and black holes. Its goal was to provide tools that motivate students to become active participants in carrying out their own investigations about curved spacetime near Earth and black holes. To that end, the book used calculus and algebra, rather than tensors, to make general relativity accessible to second- and third-year students.

In this second edition -- labeled EBH2e -- coauthor Edmund Bertschinger joins Edwin F. Taylor to revise and expand the first edition. The text uses the properties of non-spinning and spinning black holes to introduce Albert Einstein's theory of curved spacetime and applies the resulting general relativity to the Universe around us.

There is no published hard copy textbook of EBH2e. Instead, you may freely download the online version through the links below for personal and class use. For full details, download the README file below.

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.

Also available for full download on the Internet Archive.

"Everything important is,
at bottom, utterly simple."
John Archibald Wheeler

"The second edition of Exploring Black Holes is a remarkable achievement…there is really nothing else like it. Professors and students who would like a first look, or perhaps a different look, at the wonders of general relativity would do well to spend time with this wonderful gift."
American Journal of Physics

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SizeDescription
AAAAREADME180423v1.pdf0.14 MBREAD ME FIRST!
AAAFrontCover171026.pdf0.57 MBFront Cover
AAFrontMatter170421v6.pdf0.18 MBFront Matter
AContents170511v1.pdf0.05 MBTable of Contents
Ch01Speeding200330v1.pdf0.59 MBChapter 1: Speeding
Ch02BridgeSRtoGR170511v1.pdf0.73 MBChapter 2: The Bridge: SR to GR
Ch03Curving170511v1.pdf1.29 MBChapter 3: Curving
Ch04GlobalPositioningSystem160401v1.pdf0.32 MBChapter 4: The Global Positioning System (GPS)
Ch05GlobalLocalMetrics200330v1.pdf0.51 MBChapter 5: Global and Local Metrics
Ch06Diving200330v1.pdf0.52 MBChapter 6: Diving
Ch07InsideTheBlackHole200331v1.pdf0.93 MBChapter 7: Inside the Black Hole
Ch08CircularOrbits200331v1.pdf0.71 MBChapter 8: Circular Orbits
Ch09Orbiting200331v1.pdf1.48 MBChapter 9: Orbiting
Ch10AdvanceOfMercurysPerihelion200331v1.pdf0.41 MBChapter 10: Advance of Mercury's Perihelion
Ch11OrbitsOfLight200331v1.pdf1.25 MBChapter 11: Orbits of Light
Ch12DivingPanoramas190403v1.pdf1.17 MBChapter 12: Diving Panoramas
Ch13GravitationalMirages160510v1.pdf0.92 MBChapter 13: Gravitational Mirages
Ch14ExpandUniverse170331v1.pdf0.58 MBChapter 14: Expanding Universe
Ch15Cosmology170510v1.pdf1.92 MBChapter 15: Cosmology
Ch16GravWaves171018v1.pdf0.48 MBChapter 16: Gravitational Waves
Ch17SpinBH200224v1.pdf0.92 MBChapter 17: Spinning Black Hole
Ch18CircleOrbitsSpin170905v3.pdf2.19 MBChapter 18: Circular Orbits around the Spinning Black Hole
Ch19OrbitingSpin180113v1.pdf1.71 MBChapter 19: Orbiting the Spinning Black Hole
Ch20OrbitsOfLightAroundSpinningBH170906v1.pdf0.38 MBChapter 20: Orbits of Light around the Spinning Black Hole
Ch21TravelThroughTheSpinningBH170831v1.pdf2.59 MBChapter 21: Leaving Our Universe
VAppendixAWheelersRules170511v1.pdf0.32 MBAppendix A: Wheeler's Rules of Writing
WAppendGlossaryF171006v3.pdf0.09 MBAppendix B: Glossary
XAppendixCAcknowledge180303v1.pdf0.06 MBAppendix C: Acknowledgments
YInsideBackCover170421v4.pdf0.14 MBInside the Back Cover
ZBackCoverEBH2e170517v1.pdf0.04 MBBack Cover
ZZErrata.pdf0.24 MBErrata (updates and corrections)