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Taylor E.F. — Exploring Black Holes: Introduction to General Relativity
Taylor E.F. — Exploring Black Holes: Introduction to General Relativity



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Название: Exploring Black Holes: Introduction to General Relativity

Автор: Taylor E.F.

Аннотация:

Authored by Oersted Medal winner Edwin Taylor and foremost relativist John Archibald Wheeler, this unique book offers a concise, directed examination of general relativity and black holes. Its goal is 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 uses calculus and algebra, rather than tensors, to make general relativity accessible to second- and third-year students. Five chapters introduce basic theory and seven projects guide readers in the analysis of major applications.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 352

Добавлена в каталог: 07.03.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Paradox, Zeno's      2-49
Penrose process      F-20—24 F-28—29
Perihelion, defined      C-1
Personal far-away clock      2-29
Photon      5-34
Pigeon, clay      3-6
Pitons      2-1
Planck's constant      5-34
Plane, satellite motion in      2-15—16
Planetary motion, Kepler's laws of      4-31
Planets, advance of the perihelia of inner      C-10—12
Plunger wink-out time      5-35—37
Plunging view      5-27—30
Pressure of light      1-23
Principle of Extremal Aging in flat spacetime      1-5—7
Principle of Extremal Aging in Kerr spacetime      F-13
Principle of Extremal Aging in Schwarzschild spacetime      3-1—5
Proper distance      1-3—5
Proper distance, between spherical shells      2-22 2-45
Proper length      1-5
Proper speed      B-11
Proper time      1-2 see
Proper velocity      B-11
Pseudo force, centrifugal      4-13
Pulsar      F-1
Quantum gravity      2-24 B-5 F-3
quantum mechanics      2-4 2-24 F-3
Quasar, energy production by      5-35 F-4 F-24—27
r-coordinate      2-7—11 F-3 F-6
Radial stretching      2-6 2-28 2-46—47 B-18—21
Radius, measuring inside honzon      B-8 see
Railway coach      1-15
Rain frame      B-4
Rain frame, light cones in      B-15
Rain frame, metric for      B-12—14
Rain frame, orbits in      B-25—26
Raindrop      B-4
Readings in general relativity      R-1—4
Readings in special relativity      1-20—21
Red shift      2-12—13 2-30 2-45 5-34
Red shift, cosmic red shift      G-18
Reduced circumference r      2-7—11
Reduced circumference r, in Kerr spacetime R      F-6 F-9—10 F-19
Reduced circumference r, measuring inside horizon      B-8
Reference clock      1-17
Reference frames      1-1 1-14—16 2-3—4
Reissner — Nordstroem metric      F-30—31
Relativity, general      1-1 1-16 R-1—4
Relativity, special      1-1 1-14—16 1-20—21
Replay using orbit of light      E-6
Residuals      C-1 E-5
Rest energy      1-11
Rindler, Wolfgang, quote      4-9
Ring around the sky      B-24 5-28—30
Ring riders      F-16—20
Ring, Einstein      5-24—25 D-9—11
Rowboat      2-1—2
Satellite motion in a plane      2-15—16
Schwarzschild bookkeeper      2-35
Schwarzschild geometry, picturing the space part      2-24—27
Schwarzschild global coordinate system      2-7 2-19 2-34—37
Schwarzschild horizon      2-21
Schwarzschild lattice      2-38 2-41
Schwarzschild map      2-35—37 4-8
Schwarzschild map of light motion      5-13—19
Schwarzschild map vs. shell view      5-16—19
Schwarzschild metric      2-19—24
Schwarzschild observer      2-35
Schwarzschild radius      2-7—11 2-21—22
Schwarzschild spacetime, effective potential in      4-14—20
Schwarzschild sphere      2-21
Schwarzschild surface      2-21
Schwarzschild, Karl      2-20
Science inside the black hole      B-3
Shadow of a black hole      5-33
Shell frame, defined      2-9
Shell frame, energy measured on      3-17—19
Shell frame, gravitational acceleration on      3-31—32
Shell frame, local      2-33
Shell frame, proper distance between      2-22 2-45
Shell frame, stationary rings around Kerr black hole      F-13
Shell frame, Unruh radiation      5-27
Shell observer      2-33—35
Shell view of black hole      5-20
Shell view of stars      5-19—24
Shell view vs. Schwarzschild map      5-16—19
Simultaneous      1-4
Singularity      2-24
Singularity, mass-inflation singularity      B-5 F-5
Singularity, Mixmaster      B-5
Skeet shooting      3-6
Sky, ring around      B-24 5-28—30
Sloppy use of differentials      2-20
Solar constant      F-26
Spacelike spacetime interval      1-4 2-17 2-19
Spacetime interval      1-5
Special relativity, defined      1-1
Special relativity, limits of      1-14—16
Special relativity, readings in      1-20—21
Speed of light for fastest stone      3-29
Speed of stone approaching the horizon      3-12—17
Speed, alternative speeds of light      5-2—5 5-7—9
Speed, maximum bookkeeper      3-28
Speed, proper      B-11
Sphere, light      5-15—16 5-33
Spherical shell      see "Shell entries"
Spinoza, Benedict de      G-1
Spiral, straight-in      F-13—16
Star, frozen      3-23
Starlight seen inside horizon      B-22—25 5-28—30
Stars, final view      B-22—25
Stars, outward shell view      5-19—24
Static limit      F-7—10
Stellar magnitude      G-20
Stretching, astronaut      2-6 2-46 B-18—21
Sun, angular momentum of      F-6
Sun, deflection of starlight by      D-1—9
Sun, grazing the      2-45
Synchronizing clocks      1-17 2-27 2-29 A-4 G-7 G-10—11
Synchronizing flash      1-17
t-coordinate      2-28
Taffy-pulling machines      B-5
Taillight flash      B-14—19
Taylor, Abigail, Andrew, Bradley, Crissman, Cynthia, Dana, Job denH, Katherine, Leslie, Lloyd, Meredith, Rasmia K, Samantha, Samuel, Victoria      I-5
Temperature of a black hole      5-27 5-37
Test particle      1-13—16 3-10—11
Thome, Kip S., quotes      2-7 2-42 4-2 G-1
Tidal acceleration      1-14—16 2-6—7 2-32 B-18—21 5-2
Time parameter $\eta$      G-9 G-17—19
Time to arrive at the crunch      3-21—22 3-31
Time travel using circular orbits      4-32
Time, far-away      2-19 2-27—30 F-3
Time, frame time      1-2
Time, what then is      4-2
Timelike spacetime interval      1-2 2-19 F-2 F-6
Trapshooting      3-6
Turning around using black hole      4-32—33
Twenty-year black hole      B-4
Twin paradox      1-5
Universal gravitational constant G      2-13
Universe, accelerating expansion of      G-20
Universe, model, closed      G-6 G-6—12
Universe, model, flat      G-6 G-12—15
Universe, model, hyperradius of      G-4—5
Universe, model, metric for      G-6
Universe, model, open      G-6 G-12—15
Unruh radiation      5-27
Vampire      5-33
Velocity, proper      B-11
Very long baseline interferometry (VLBI)      D-9
View from light sphere      5-14—16 5-33
Virtual particles      2-4
Weak field approximation      D-1
Weightlessness      4-13—14
Wheeler, John Archibald, opinion on Universe      G-11
Wheeler, John Archibald, quotes      2-30 4-2 F-31 G-1 G-21
Will, Clifford, quotes      A-1 A-7
Wink-out time, plunger      5-35—37
Worldline      1—9 3-3
Worldline of inevitability      B-17
Wristwatch time      1-1—3 2-19 F-2
Wristwatch time from horizon to crunch      3-21—22 3-31
Wristwatch time from the beginning of the Universe      G-7 G-10—11 G-20
Wristwatch time, zero value along worldline for light      2-32 5-2 5-6
Zeno's paradox      2-49
Zero angular momentum observers, ZAMOS      F-16
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