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Gravitational theories beyond general relativity/ Ibere Kuntz

By: Series: Springer ThesesPublication details: Cham: Springer, 2019Description: xii, 82 pages, 24 cmISBN:
  • 9783030211967
Subject(s): DDC classification:
  • 23 530.11 K95
Contents:
1. Introduction -- 2. Equivalence Between Dark Matter and Modified Gravity -- 3. Gravitational Waves in Quantum Gravity -- 4. Backreaction of Quantum Gravitational Modes -- 5. Higgs-Starobinsky Inflation -- 6. Vacuum Stability During Inflation -- 7. Conclusions -- Appendix A : Perturbative Unitarity
Summary: The these of Dr. Ibere Oliveira Kuntz de Souza's Ph.D. work has been excellent and fully deserved to be published as a Springer Thesis. It Nominated as an outstanding Ph.D. thesis by the University of Sussex, Brighton, UK. It includes a concise review of classical and quantum general relativity, its extensions and applications to cosmology. Demonstrates the equivalence between particle dark matter and modifications of general relativity designed to account for the anomalous galaxy rotation curves. It provides an extensive investigation of the implications of quantum gravity for gravitational waves and inflation.
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Includes bibliographical references

1. Introduction -- 2. Equivalence Between Dark Matter and Modified Gravity -- 3. Gravitational Waves in Quantum Gravity -- 4. Backreaction of Quantum Gravitational Modes -- 5. Higgs-Starobinsky Inflation -- 6. Vacuum Stability During Inflation -- 7. Conclusions -- Appendix A : Perturbative Unitarity

The these of Dr. Ibere Oliveira Kuntz de Souza's Ph.D. work has been excellent and fully deserved to be published as a Springer Thesis. It Nominated as an outstanding Ph.D. thesis by the University of Sussex, Brighton, UK. It includes a concise review of classical and quantum general relativity, its extensions and applications to cosmology. Demonstrates the equivalence between particle dark matter and modifications of general relativity designed to account for the anomalous galaxy rotation curves. It provides an extensive investigation of the implications of quantum gravity for gravitational waves and inflation.

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