We explore the behavior of gravitational solitons in classical theories with pathological vacua. We first focus on non-tachyonic non-supersymmetric string theories and the construction of brane solutions in the corresponding effective theories, which do not admit a maximally-symmetric vacuum. We then turn to metastable vacua and the holographic interpretation of the vacuum bubbles that may be produced therein by quantum tunneling. Finally, we discuss self-similar collapse solutions, with an eye to analogies with the settings considered in the preceding chapters.

Black Objects without a Vacuum / Antonelli, Riccardo; relatore: SAGNOTTI, AUGUSTO; Scuola Normale Superiore, ciclo 33, 03-Nov-2020.

Black Objects without a Vacuum

ANTONELLI, Riccardo
2020

Abstract

We explore the behavior of gravitational solitons in classical theories with pathological vacua. We first focus on non-tachyonic non-supersymmetric string theories and the construction of brane solutions in the corresponding effective theories, which do not admit a maximally-symmetric vacuum. We then turn to metastable vacua and the holographic interpretation of the vacuum bubbles that may be produced therein by quantum tunneling. Finally, we discuss self-similar collapse solutions, with an eye to analogies with the settings considered in the preceding chapters.
3-nov-2020
Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici
Fisica
33
gravitational solitons; pathological vacua; non-tachyonic non-supersymmetric string theories; string theories; quantum tunneling; collapse solutions
Scuola Normale Superiore
SAGNOTTI, AUGUSTO
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11384/95124
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