More than nothing: a history of the vacuum in theoretical physics, 1925-1980
The vacuum is central to physicists' best theories of subatomic particles, gravitation, and cosmology. Nothingness provides the reference point with which to compare new particle creation and annihilation. Cosmologists use empty universes to study the causal structure of spacetime. Paradoxicall...
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Zusammenfassung: | The vacuum is central to physicists' best theories of subatomic particles, gravitation, and cosmology. Nothingness provides the reference point with which to compare new particle creation and annihilation. Cosmologists use empty universes to study the causal structure of spacetime. Paradoxically, our best physical theories of particles, gravity, and spacetime are theories of nothingness. Stranger still, the physicists' vacuum is a hive of activity. Quantum fluctuations fill empty space with particles, and astronomers measure gravitational waves, the vibrations of empty spacetime itself.More than Nothing uses the history of the vacuum to show how technical concepts in physics are made real through everyday practice. It provides new insight into the development of twentieth-century theoretical physics through sustained analysis of understudied figures including John Wheeler's geometrodynamics and Sidney Coleman's false vacuum. It reveals the surprising influence on physicists from the psychology of impossible objects to drawings of the black hole, and the ways in which the development of the physics of the vacuum became inseparable from the development of larger cultural movements in aesthetics, art, psychology, and fiction. Across decades and across disciplines, More than Nothing shows how physicists over and again chose to study the vacuum for insight into the world around them. Drawing on newly unearthed laboratory notes, private letters, and published material, More than Nothing offers a scoping history of the vacuum as a lens into the development of modern physics |
Beschreibung: | Literaturverzeichnis Seite [341]-390. - Index |
Beschreibung: | ix, 404 Seiten Illustrationen, Diagramme 25 cm |
ISBN: | 9780190062804 |
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520 | |a The vacuum is central to physicists' best theories of subatomic particles, gravitation, and cosmology. Nothingness provides the reference point with which to compare new particle creation and annihilation. Cosmologists use empty universes to study the causal structure of spacetime. Paradoxically, our best physical theories of particles, gravity, and spacetime are theories of nothingness. Stranger still, the physicists' vacuum is a hive of activity. Quantum fluctuations fill empty space with particles, and astronomers measure gravitational waves, the vibrations of empty spacetime itself.More than Nothing uses the history of the vacuum to show how technical concepts in physics are made real through everyday practice. It provides new insight into the development of twentieth-century theoretical physics through sustained analysis of understudied figures including John Wheeler's geometrodynamics and Sidney Coleman's false vacuum. It reveals the surprising influence on physicists from the psychology of impossible objects to drawings of the black hole, and the ways in which the development of the physics of the vacuum became inseparable from the development of larger cultural movements in aesthetics, art, psychology, and fiction. Across decades and across disciplines, More than Nothing shows how physicists over and again chose to study the vacuum for insight into the world around them. Drawing on newly unearthed laboratory notes, private letters, and published material, More than Nothing offers a scoping history of the vacuum as a lens into the development of modern physics | ||
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Datensatz im Suchindex
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C
ONTENTS
J
OURNAL ABBREVIATIONS
XI
A
CKNOWLEDGMENTS
XIII
1
THE VACUUM IN PRACTICE
1
1.1
SUPRISE, PARADOX, AND PRACTICE
5
1.
2
SCOPE AND FRAMING
9
1
.2.1 THEORETICAL PHYSICS
10
1.
2.2 OBJECTS
OF
THEORY
13
1.
2.3 NARRATIVE OVERVIEW
17
1.2
.4 PATHS NOT TAKEN
20
1.3
PROLOGUE: THE AETHER, GONE AND BACK AGAIN
21
2
PAUL DIRAC'S SEAS AND BUBBLES
29
2
.1
INTRODUCTION
29
2
.2 RELATIVISTIC AND MANY-ELECTRON THEORY
38
2
.2.1 COMPTON EFFECTS
38
2
.2.2 (RELATIVITY) QUANTUM MECHANICS
43
2
.2.3 THE QUANTUM THEORY OF THE ELECTRON
47
2
.3
"HOLE" THEORY
51
2
.3.1 RADIATION THEORY AND WALLER
53
2
.3.2
PERMUTATIONS OF HARTREE'S APPROXIMATION
56
2
.3.3
PROTONS AND X-RAY LEVELS
59
2
.3.4
A NEW KIND OF PARTICLE
66
2
.4 THEORY OF THE POSITRON
71
3
NASCENT PAIRS AND VIRTUAL POSSIBILITIES
79
3
.1 INTRODUCTION
79
3
.2 RADIATION THEORY
80
3
.3
FURRY AND OPPENHEIMER
84
3
.3.1 PEDAGOGY BETWEEN THE LINES
87
3
.3.2 FURRY AND OPPENHEIMER'S NASCENT STATE
91
3
.3.3 CRUMBS OF COMFORT
96
3
.4 HEISENBERG AND EULER'S VIRTUAL POSSIBILITIES
101
3
.4.1 HEISENBERG AND DIRAC
103
3
.4.2 "VIRTUAL" POSSIBILITIES AND PERTURBATIONS IN LEIPZIG
105
3.5
WEISSKOPF AND THE CONSOLIDATION OF "HOLE" THEORY
110
3
.5.1 LEAPFROGGING EXPERIMENT
112
3
.5.2 A TEXTBOOK OF SUBTRACTION PHYSICS
115
3
.5.3 THE VACUUM AS RESOURCE
118
3
.6
CONCLUSION
121
VIII
CONTENTS
4
WEISSKOPF, SCHWINGER, FEYNMAN: VACUUM LOOPS AND FLUCTATIONS
124
4.1 INTRODUCTION
124
4
.2 WCISSKOPF'S FLUCTATIONS
126
4
.2.1 SPONTANEOUS EMISSION AND LINE WIDTHS
126
4
.2.2 UNCERTAINTY AND FLUCTUATIONS
128
4
.2.3 WEISSKOPF'S PERTURBATIVE VACUUM
133
4
.3 SCHWINGER'S QFT
138
4
.3.1 COMPLEMENTARY FLUCTUATIONS
141
4
.3.2 CALCULATING WITH SCHWINGER'S QED ( 1948-1949)
143
4
.3.3 CONSERVATISM
149
4
.4 FEYNMAN'S VACUUM LOOPS
153
4
.4. L THE "THEORY OF HOLES"
154
4
.4.2 CUTTING RINGS INTO TREES
161
4
.5 CONCLUSION
174
5
JOHN ARCHIBALD WHEELER: EVERYTHING FROM NOTHING
177
5
.1 INTRODUCTION
177
5
.2 PHILOSOPHY OF APPROACH TO ELEMENTARY PARTICLE PROBLEM
180
5.3 ZERO-REST-MASS FIELDS
183
5
.4 QUANTUM FOAM
190
5
.5 NATURAL PHILOSOPHY
202
5
.6 INCREASING ABSTRACTION: SUPERSPACE
210
5
.7 PREGEOMETRY
219
5
.8 CONCLUSION
227
6
ROGER PENROSE'S IMPOSSIBLE DIAGRAMS
229
)
6
.1 INTRODUCTION
229
6
.2 SPACETIME DIAGRAMS
233
6
.3 IMPOSSIBLE OBJECTS
237
6
.4 THE BOUNDS OF INFINITE SPACE
246
6
.4.1 BOUNDARY CONDITIONS ACROSS BORDERS
247
6
.4.2 AN ATLAS OF SPACETIME
252
6
.4.3 QUANTUM/RELATIVISTIC/COSMOLOGICAL/ ASTRONOMICAL SPACETIMES
257
6.4.4 NARRATIVES OF CREATION AND COLLAPSE
262
6
.5 CONCLUSION
267
7
SIDNEY COLEMAN'S FALSE VACUUM
269
7
.1 INTRODUCTION: STORY AND SYMMETRY
269
7
.2 PARTIAL SYMMETRIES
274
7
.3 SPONTANEOUS SYMMETRY BREAKING
276
7
.4 SECRET SYMMETRY
283
7
.5 VACUUM STORIES
287
7
.5.1 CLASSICAL TECHNIQUE
28S
7
.5.2 TRUE FATHERS OF THE FALSE VACUUM
294
7
.5.3 FATE OF THE FALSE VACUUM
29S
7
.6 CONCLUSION
30S
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8
EPILOGUE
9
THE VOID
9.1 OVERVIEW
9.2 THE MOMENTARY VACUUM
9.3 THE REAL VACUUM
APPENDIX A PERTURBATIONS
A. L A DEFINITION
A.2 AN EXAMPLE
APPENDIX B PLUCTUATIONS
B.L MEAN-SQUARED FLUCTUATIONS
B.2 RELATIVISTIC FLUCTUATIONS
B
IBLIOGRAPHY
ARCHIVES CONSULTED
INDEX
C
ONTENTS
IX
3
11
3
15
315
319
322
329
330
332
336
336
338
3
41
391
393 |
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spelling | Wright, Aaron Sidney Verfasser (DE-588)1336030135 aut More than nothing a history of the vacuum in theoretical physics, 1925-1980 New York Oxford University Press [2024] ©2024 ix, 404 Seiten Illustrationen, Diagramme 25 cm txt rdacontent n rdamedia nc rdacarrier Literaturverzeichnis Seite [341]-390. - Index The vacuum is central to physicists' best theories of subatomic particles, gravitation, and cosmology. Nothingness provides the reference point with which to compare new particle creation and annihilation. Cosmologists use empty universes to study the causal structure of spacetime. Paradoxically, our best physical theories of particles, gravity, and spacetime are theories of nothingness. Stranger still, the physicists' vacuum is a hive of activity. Quantum fluctuations fill empty space with particles, and astronomers measure gravitational waves, the vibrations of empty spacetime itself.More than Nothing uses the history of the vacuum to show how technical concepts in physics are made real through everyday practice. It provides new insight into the development of twentieth-century theoretical physics through sustained analysis of understudied figures including John Wheeler's geometrodynamics and Sidney Coleman's false vacuum. It reveals the surprising influence on physicists from the psychology of impossible objects to drawings of the black hole, and the ways in which the development of the physics of the vacuum became inseparable from the development of larger cultural movements in aesthetics, art, psychology, and fiction. Across decades and across disciplines, More than Nothing shows how physicists over and again chose to study the vacuum for insight into the world around them. Drawing on newly unearthed laboratory notes, private letters, and published material, More than Nothing offers a scoping history of the vacuum as a lens into the development of modern physics Geschichte 1925-1980 gnd rswk-swf bicssc / Quantum physics (quantum mechanics & quantum field theory) Vakuum (DE-588)4062266-6 gnd rswk-swf Wissenschaftlicher Fortschritt (DE-588)4190101-0 gnd rswk-swf Theoretische Physik (DE-588)4117202-4 gnd rswk-swf Vakuum (DE-588)4062266-6 s Theoretische Physik (DE-588)4117202-4 s Wissenschaftlicher Fortschritt (DE-588)4190101-0 s Geschichte 1925-1980 z DE-604 Erscheint auch als Online-Ausgabe 978-0-19-006283-5 Digitalisierung Deutsches Museum application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034913224&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Wright, Aaron Sidney More than nothing a history of the vacuum in theoretical physics, 1925-1980 bicssc / Quantum physics (quantum mechanics & quantum field theory) Vakuum (DE-588)4062266-6 gnd Wissenschaftlicher Fortschritt (DE-588)4190101-0 gnd Theoretische Physik (DE-588)4117202-4 gnd |
subject_GND | (DE-588)4062266-6 (DE-588)4190101-0 (DE-588)4117202-4 |
title | More than nothing a history of the vacuum in theoretical physics, 1925-1980 |
title_auth | More than nothing a history of the vacuum in theoretical physics, 1925-1980 |
title_exact_search | More than nothing a history of the vacuum in theoretical physics, 1925-1980 |
title_exact_search_txtP | More than Nothing A History of the Vacuum in Theoretical Physics, 1925-1980 |
title_full | More than nothing a history of the vacuum in theoretical physics, 1925-1980 |
title_fullStr | More than nothing a history of the vacuum in theoretical physics, 1925-1980 |
title_full_unstemmed | More than nothing a history of the vacuum in theoretical physics, 1925-1980 |
title_short | More than nothing |
title_sort | more than nothing a history of the vacuum in theoretical physics 1925 1980 |
title_sub | a history of the vacuum in theoretical physics, 1925-1980 |
topic | bicssc / Quantum physics (quantum mechanics & quantum field theory) Vakuum (DE-588)4062266-6 gnd Wissenschaftlicher Fortschritt (DE-588)4190101-0 gnd Theoretische Physik (DE-588)4117202-4 gnd |
topic_facet | bicssc / Quantum physics (quantum mechanics & quantum field theory) Vakuum Wissenschaftlicher Fortschritt Theoretische Physik |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034913224&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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