Inflationary cosmology:
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| Other Authors: | |
|---|---|
| Format: | Kit Book |
| Language: | English |
| Published: |
Berlin [u.a.]
Springer
2008
|
| Series: | Lecture notes in physics
738 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | X, 428 S. Ill., graph. Darst. 235 mm x 155 mm |
| ISBN: | 9783540743521 3540743529 |
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Record in the Search Index
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| adam_text | Contents
1
Inflationary Cosmology
Andrei
Linde
.................................................... 1
1.1
Brief History of Inflation
..................................... 1
1.2
Chaotic Inflation
............................................ 3
1.3
Hybrid Inflation
............................................. 9
1.4
Quantum Fluctuations and Density Perturbations
.............. 10
1.5
Creation of Matter After Inflation: Reheating and Preheating
..... 13
1.6
Eternal Inflation
............................................ 15
1.7
Inflation and Observations
................................... 18
1.8
Alternatives to Inflation?
..................................... 21
1.9
Naturalness of Chaotic Inflation
............................... 26
1.10
Chaotic Inflation in Supergravity
.............................. 28
1.11
Towards Inflation in String Theory
............................ 30
1.12
Scale of Inflation, the
Gravitino
Mass, and the Amplitude
of the Gravitational Waves
................................... 35
1.13
Initial Conditions for the Low-Scale Inflation and Topology
of the Universe
............................................. 38
1.14
Inflationary Multiverse, String Theory Landscape
and the Anthropic Principle
.................................. 40
1.15
Conclusions
................................................ 46
References
...................................................... 47
2
Preheating After Inflation
Lev Kofman
..................................................... 55
2.1
Generalities: Reheating the Universe
........................... 55
2.2
Pair Creation by an Electric Field
............................. 58
2.3
Linear Resonant Preheating
.................................. 59
2.4
Non-linear Dynamics of Resonant Preheating
................... 61
2.5
Inflaton Fragmentation
...................................... 64
2.6
Equation of State During Preheating
.......................... 68
2.7
Effects of Trilinear Interactions
............................... 69
VIII Contents
2.8
Modulated Fluctuations from Preheating
....................... 71
2.9
Reheating After String Theory Inflation
........................ 73
2.10
Gravitational Waves from Preheating
.......................... 73
2.11
Looking Toward the Future
................................... 74
References
...................................................... 78
3
Particle Physics Models of Inflation
David H. Lyth
................................................... 81
3.1
Introduction
................................................ 81
3.2
Beyond the Standard Model
.................................. 82
3.3
The Initial Condition for Observable Inflation
................... 83
3.4
Slow-roll inflation
........................................... 85
3.5
Modular Inflation
........................................... 93
3.6
Small-Field Models
.......................................... 95
3.7
Supersyminetry: General Features
............................. 97
3.8
Supersyminetry: Form of the Potential
......................... 99
3.9
One-Loop Correction
........................................100
3.10
Small-Field Models: Moving Away from the Origin
..............102
3.11
Moving Toward the Origin; Power-Law Potential
................103
3.12
F
and
D
Term Inflation
......................................105
3.13
Tree-Level Hybrid Inflation
...................................107
3.14
Running Mass Models
.......................................109
3.15
Large-Field Models
..........................................
Ill
3.16
Warm Inflation
.............................................112
3.17
Present Status and Outlook
..................................113
References
......................................................115
4
Inflation in String Theory
Renata Kallosh
..................................................119
4.1
Introduction
................................................119
4.2
Cosmology and Particle Physics Phenomenology
................122
4.3
String Theory Inspired Supergravity Models and Cosmology
......124
4.4
Brane
Inflation in String Theory
.............................131
4.5
Modular Inflation in String Theory
............................136
4.6
N-fiation/Assisted Inflation
..................................147
4.7
Discussion
..................................................150
References
......................................................153
5
Predictions in Eternal Inflation
Sergei Winitzki
..................................................157
5.1
Eternal Inflation
............................................157
5.2
Stochastic Approach to Inflation
..............................166
5.3
Predictions and Measure Issues
...............................177
References
......................................................187
Contents
IX
6
Inflationary Perturbations: The Cosmological
Schwinger
Effect
Jérôme
Martin
..................................................193
6.1
Introduction
................................................193
6.2
The
Schwinger
Effect
........................................195
6.3
Quantization of a Free Scalar Field in Curved Space-Time
.......204
6.4
Inflationary Cosmological Perturbations of Quantum-Mechanical
Origin
.....................................................219
6.5
The Classical Limit of Quantum Perturbations
..................229
6.6
Conclusions
................................................237
References
......................................................239
7
The Numerical Treatment of Inflationary Models
Christophe
Ringeval..............................................
243
7.1
Motivations
................................................243
7.2
Multifield Inflation
..........................................247
7.3
Numerical Method
..........................................253
7.4
Application to CMB Data Analysis
............................262
7.5
Conclusion
.................................................269
References
......................................................271
8
Multiple Field Inflation
David Wands
....................................................275
8.1
Introduction
................................................275
8.2
Homogeneous Scalar Field Dynamics
..........................276
8.3
Primordial Perturbations from Inflation
........................280
8.4
Perturbations from Two-Field Inflation
........................287
8.5
Non-Gaussianity
............................................293
8.6
Curvatoli
Scenario
...........................................296
8.7
Conclusions
................................................301
References
......................................................302
9
The Quest for Non-gaussianity
Antonio
Riotto
..................................................305
9.1
Introduction: Why Is it so Interesting to Measure Non-gaussianity
in Cosmological Perturbations?
...............................305
9.2
What Is Non-gaussianity?
....................................309
9.3
Linear Perturbations on Large Scales
..........................316
9.4
Non-linear Perturbation on Large Scales: Generation of NG
......318
9.5
What Do We Learn from What We Have Done so Far?
..........323
9.6
Observational Constraints on NG in the CMB
..................324
9.7
Towards the Second-Order Transfer Function
...................355
References
......................................................358
X
Contents
10
Production
of Topological Defects at the End of Inflation
Mairi Sakellariadou
..............................................359
10.1
Introduction
................................................359
10.2
Cosmological Inflation
.......................................360
10.3
Topological Defects in GUTs
.................................367
10.4
Braneworld Cosmology
......................................374
10.5
Observational Consequences
..................................377
10.6
Conclusions
................................................389
References
......................................................390
11
Conceptual Problems of Inflationary Cosmology and a New
Approach to Cosmological Structure Formation
Robert H. Brandenberger
..........................................393
11.1
Introduction
................................................393
11.2
Problems of Scalar Field-Driven Inflation
.......................394
11.3
String Gas Cosmology
.......................................400
11.4
String Gas Cosmology and Structure Formation
.................408
11.5
Discussion
..................................................418
References
......................................................419
Index
..........................................................425
|
| adam_txt |
Contents
1
Inflationary Cosmology
Andrei
Linde
. 1
1.1
Brief History of Inflation
. 1
1.2
Chaotic Inflation
. 3
1.3
Hybrid Inflation
. 9
1.4
Quantum Fluctuations and Density Perturbations
. 10
1.5
Creation of Matter After Inflation: Reheating and Preheating
. 13
1.6
Eternal Inflation
. 15
1.7
Inflation and Observations
. 18
1.8
Alternatives to Inflation?
. 21
1.9
Naturalness of Chaotic Inflation
. 26
1.10
Chaotic Inflation in Supergravity
. 28
1.11
Towards Inflation in String Theory
. 30
1.12
Scale of Inflation, the
Gravitino
Mass, and the Amplitude
of the Gravitational Waves
. 35
1.13
Initial Conditions for the Low-Scale Inflation and Topology
of the Universe
. 38
1.14
Inflationary Multiverse, String Theory Landscape
and the Anthropic Principle
. 40
1.15
Conclusions
. 46
References
. 47
2
Preheating After Inflation
Lev Kofman
. 55
2.1
Generalities: Reheating the Universe
. 55
2.2
Pair Creation by an Electric Field
. 58
2.3
Linear Resonant Preheating
. 59
2.4
Non-linear Dynamics of Resonant Preheating
. 61
2.5
Inflaton Fragmentation
. 64
2.6
Equation of State During Preheating
. 68
2.7
Effects of Trilinear Interactions
. 69
VIII Contents
2.8
Modulated Fluctuations from Preheating
. 71
2.9
Reheating After String Theory Inflation
. 73
2.10
Gravitational Waves from Preheating
. 73
2.11
Looking Toward the Future
. 74
References
. 78
3
Particle Physics Models of Inflation
David H. Lyth
. 81
3.1
Introduction
. 81
3.2
Beyond the Standard Model
. 82
3.3
The Initial Condition for Observable Inflation
. 83
3.4
Slow-roll inflation
. 85
3.5
Modular Inflation
. 93
3.6
Small-Field Models
. 95
3.7
Supersyminetry: General Features
. 97
3.8
Supersyminetry: Form of the Potential
. 99
3.9
One-Loop Correction
.100
3.10
Small-Field Models: Moving Away from the Origin
.102
3.11
Moving Toward the Origin; Power-Law Potential
.103
3.12
F
and
D
Term Inflation
.105
3.13
Tree-Level Hybrid Inflation
.107
3.14
Running Mass Models
.109
3.15
Large-Field Models
.
Ill
3.16
Warm Inflation
.112
3.17
Present Status and Outlook
.113
References
.115
4
Inflation in String Theory
Renata Kallosh
.119
4.1
Introduction
.119
4.2
Cosmology and Particle Physics Phenomenology
.122
4.3
String Theory Inspired Supergravity Models and Cosmology
.124
4.4
Brane
Inflation in String Theory
.131
4.5
Modular Inflation in String Theory
.136
4.6
N-fiation/Assisted Inflation
.147
4.7
Discussion
.150
References
.153
5
Predictions in Eternal Inflation
Sergei Winitzki
.157
5.1
Eternal Inflation
.157
5.2
Stochastic Approach to Inflation
.166
5.3
Predictions and Measure Issues
.177
References
.187
Contents
IX
6
Inflationary Perturbations: The Cosmological
Schwinger
Effect
Jérôme
Martin
.193
6.1
Introduction
.193
6.2
The
Schwinger
Effect
.195
6.3
Quantization of a Free Scalar Field in Curved Space-Time
.204
6.4
Inflationary Cosmological Perturbations of Quantum-Mechanical
Origin
.219
6.5
The Classical Limit of Quantum Perturbations
.229
6.6
Conclusions
.237
References
.239
7
The Numerical Treatment of Inflationary Models
Christophe
Ringeval.
243
7.1
Motivations
.243
7.2
Multifield Inflation
.247
7.3
Numerical Method
.253
7.4
Application to CMB Data Analysis
.262
7.5
Conclusion
.269
References
.271
8
Multiple Field Inflation
David Wands
.275
8.1
Introduction
.275
8.2
Homogeneous Scalar Field Dynamics
.276
8.3
Primordial Perturbations from Inflation
.280
8.4
Perturbations from Two-Field Inflation
.287
8.5
Non-Gaussianity
.293
8.6
Curvatoli
Scenario
.296
8.7
Conclusions
.301
References
.302
9
The Quest for Non-gaussianity
Antonio
Riotto
.305
9.1
Introduction: Why Is it so Interesting to Measure Non-gaussianity
in Cosmological Perturbations?
.305
9.2
What Is Non-gaussianity?
.309
9.3
Linear Perturbations on Large Scales
.316
9.4
Non-linear Perturbation on Large Scales: Generation of NG
.318
9.5
What Do We Learn from What We Have Done so Far?
.323
9.6
Observational Constraints on NG in the CMB
.324
9.7
Towards the Second-Order Transfer Function
.355
References
.358
X
Contents
10
Production
of Topological Defects at the End of Inflation
Mairi Sakellariadou
.359
10.1
Introduction
.359
10.2
Cosmological Inflation
.360
10.3
Topological Defects in GUTs
.367
10.4
Braneworld Cosmology
.374
10.5
Observational Consequences
.377
10.6
Conclusions
.389
References
.390
11
Conceptual Problems of Inflationary Cosmology and a New
Approach to Cosmological Structure Formation
Robert H. Brandenberger
.393
11.1
Introduction
.393
11.2
Problems of Scalar Field-Driven Inflation
.394
11.3
String Gas Cosmology
.400
11.4
String Gas Cosmology and Structure Formation
.408
11.5
Discussion
.418
References
.419
Index
.425 |
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| index_date | 2024-07-02T19:10:23Z |
| indexdate | 2024-07-09T21:08:58Z |
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| spelling | Inflationary cosmology M. Lemoine ... (eds.) Berlin [u.a.] Springer 2008 X, 428 S. Ill., graph. Darst. 235 mm x 155 mm Lecture notes in physics 738 Inflationäres Weltall (DE-588)4296767-3 gnd rswk-swf 1\p (DE-588)4113937-9 Hochschulschrift gnd-content Inflationäres Weltall (DE-588)4296767-3 s DE-604 Lemoine, Martin 1968- (DE-588)133616584 edt Lecture notes in physics 738 (DE-604)BV000003166 738 Digitalisierung UB Augsburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016217856&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Inflationary cosmology Lecture notes in physics Inflationäres Weltall (DE-588)4296767-3 gnd |
| subject_GND | (DE-588)4296767-3 (DE-588)4113937-9 |
| title | Inflationary cosmology |
| title_auth | Inflationary cosmology |
| title_exact_search | Inflationary cosmology |
| title_exact_search_txtP | Inflationary cosmology |
| title_full | Inflationary cosmology M. Lemoine ... (eds.) |
| title_fullStr | Inflationary cosmology M. Lemoine ... (eds.) |
| title_full_unstemmed | Inflationary cosmology M. Lemoine ... (eds.) |
| title_short | Inflationary cosmology |
| title_sort | inflationary cosmology |
| topic | Inflationäres Weltall (DE-588)4296767-3 gnd |
| topic_facet | Inflationäres Weltall Hochschulschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016217856&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV000003166 |
| work_keys_str_mv | AT lemoinemartin inflationarycosmology |