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" Quantum gravity and cosmology based on conformal field theory / "
by Ken-ji Hamada.
Document Type
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BL
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Record Number
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852812
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Main Entry
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Hamada, Kenji,1962-
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Title & Author
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Quantum gravity and cosmology based on conformal field theory /\ by Ken-ji Hamada.
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Publication Statement
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Newcastle upon Tyne, UK :: Cambridge Scholars Publishing,, 2018.
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, ©2018
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Page. NO
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xii, 397 pages :: illustrations ;; 21 cm
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ISBN
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1527513718
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: 9781527513716
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Bibliographies/Indexes
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Includes bibliographical references (pages 383-391) and index.
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Contents
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Introduction -- Conformal field theory in Minkowski space -- Conformal field theory in Euclidean space -- Basis of two-dimensional conformal field theory -- Conformal anomaly and Wess-Zumino action -- Two-dimensional quantum gravity -- Background-free quantum gravity -- Physical states of quantum gravity -- Gravitational counterterms and conformal anomalies -- Renomalization in quantum gravity -- The universe in Einstein gravity -- Quantum gravity cosmology -- Cosmological perturbation theory -- From quantum gravity to CMB -- Appendix A: Useful gravitational formulas -- Appendix B : Addenda to conformal field theory -- Appendix C : Useful functions on three-sphere -- Appendix D : Addenda to renormalization theory -- Appendix E : Addenda to cosmology.
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Abstract
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"What is the world beyond the Planck scale that provides the minimum unit of the universe? The goal of quantum gravity is to reveal physical laws in such a world. There, quantum fluctuations of gravity become large, and what is called a background-free world where the concept of time and distance is lost shall be realized. The renormalizable quantum gravity introduced in this book offers a theory in which such a world is described by a certain conformal field theory and a deviation from there is handled as a perturbation. This is the state-of-the-art of modern physics that will help in understanding the history of the universe, from its birth to the present." -- Back cover.
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Subject
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Cosmology.
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Subject
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Field theory (Physics)
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Subject
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Quantum gravity-- Mathematics.
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Subject
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Quantum theory.
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Subject
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Cosmology.
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Subject
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Field theory (Physics)
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Subject
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Quantum gravity-- Mathematics.
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Subject
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Quantum theory.
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Dewey Classification
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531/.14
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LC Classification
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QC174.12.H34913 2018
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