Description

Book Synopsis
Gamma-ray bursts are the brightest - and, until recently, among the least understood - cosmic events in the universe. This title offers an overview of gamma-ray bursts and the theoretical framework that physicists have developed to make sense of complex observations across the electromagnetic spectrum.

Trade Review
"This series of books (Princeton Frontiers of Physics) is aimed at 'students, scientists and scientifically minded general readers'. This particular book is on target, with reasonably clear explanations of most of the jargon, a useful glossary, a good index and a reference to a more advanced review for those who need it."--D.J. Miller, Contemporary Physics

Table of Contents
PREFACE ix Chapter 1: Introduction 1 1.1 Serendipity during the Cold War 1 1.2 A New Field Begins 7 1.3 Precise Localizations and the Search for Counterparts 10 1.4 The March 5th Event and Soft Gamma-Ray Repeaters 12 1.5 BATSE and the Great Debate 16 1.6 The Afterglow Era Begins 23 1.7 Progenitors and Diversity 29 1.8 Gamma-Ray Bursts in a Universal Context 37 Chapter 2: Into the Belly of the Beast 40 2.1 What Are Gamma-Ray Bursts? 40 2.2 Understanding the Origin of the High-Energy Emission 52 2.3 The Central Engine 62 Chapter 3: Afterglows 72 3.1 Phenomenology 73 3.2 Origin of the Emission 90 3.3 Evidence for Jetting 105 3.4 Late-Time Observations 111 Chapter 4: The Events in Context 113 4.1 Local Scales 114 4.2 Galactic Scales 121 4.3 Universal Scales 127 Chapter 5: The Progenitors of Gamma-Ray Bursts 135 5.1 A Massive-Star Origin 137 5.2 Mergers of Compact Objects 150 5.3 Extragalactic Magnetars 163 5.4 Classification Challenges 165 Chapter 6: Gamma-Ray Bursts as Probes of the Universe 169 6.1 Studies of Gas, Dust, and Galaxies 171 6.2 The History of Star Formation 177 6.3 Cosmic Dawn: Measuring Reionization and the First Objects in the Universe 181 6.4 Neutrinos, Gravitational Waves, and Cosmic Rays 191 6.5 Quantum Gravity and the Expansion of the Universe 195 6.6 The Future of Gamma-Ray Bursts: At the Nexus of Physical and Astrophysical Inquiry 200 NOTES 203 SUGGESTIONS FOR FURTHER READING 227 GLOSSARY 231 INDEX 249

What Are GammaRay Bursts

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    A Paperback / softback by Joshua S. Bloom

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      View other formats and editions of What Are GammaRay Bursts by Joshua S. Bloom

      Publisher: Princeton University Press
      Publication Date: 30/01/2011
      ISBN13: 9780691145570, 978-0691145570
      ISBN10: 0691145571
      Also in:
      Astrophysics

      Description

      Book Synopsis
      Gamma-ray bursts are the brightest - and, until recently, among the least understood - cosmic events in the universe. This title offers an overview of gamma-ray bursts and the theoretical framework that physicists have developed to make sense of complex observations across the electromagnetic spectrum.

      Trade Review
      "This series of books (Princeton Frontiers of Physics) is aimed at 'students, scientists and scientifically minded general readers'. This particular book is on target, with reasonably clear explanations of most of the jargon, a useful glossary, a good index and a reference to a more advanced review for those who need it."--D.J. Miller, Contemporary Physics

      Table of Contents
      PREFACE ix Chapter 1: Introduction 1 1.1 Serendipity during the Cold War 1 1.2 A New Field Begins 7 1.3 Precise Localizations and the Search for Counterparts 10 1.4 The March 5th Event and Soft Gamma-Ray Repeaters 12 1.5 BATSE and the Great Debate 16 1.6 The Afterglow Era Begins 23 1.7 Progenitors and Diversity 29 1.8 Gamma-Ray Bursts in a Universal Context 37 Chapter 2: Into the Belly of the Beast 40 2.1 What Are Gamma-Ray Bursts? 40 2.2 Understanding the Origin of the High-Energy Emission 52 2.3 The Central Engine 62 Chapter 3: Afterglows 72 3.1 Phenomenology 73 3.2 Origin of the Emission 90 3.3 Evidence for Jetting 105 3.4 Late-Time Observations 111 Chapter 4: The Events in Context 113 4.1 Local Scales 114 4.2 Galactic Scales 121 4.3 Universal Scales 127 Chapter 5: The Progenitors of Gamma-Ray Bursts 135 5.1 A Massive-Star Origin 137 5.2 Mergers of Compact Objects 150 5.3 Extragalactic Magnetars 163 5.4 Classification Challenges 165 Chapter 6: Gamma-Ray Bursts as Probes of the Universe 169 6.1 Studies of Gas, Dust, and Galaxies 171 6.2 The History of Star Formation 177 6.3 Cosmic Dawn: Measuring Reionization and the First Objects in the Universe 181 6.4 Neutrinos, Gravitational Waves, and Cosmic Rays 191 6.5 Quantum Gravity and the Expansion of the Universe 195 6.6 The Future of Gamma-Ray Bursts: At the Nexus of Physical and Astrophysical Inquiry 200 NOTES 203 SUGGESTIONS FOR FURTHER READING 227 GLOSSARY 231 INDEX 249

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