Axion-Dilaton Quantum String Cosmology for Flux Compactification and its Symmetry Breaking
Eiji Konishi
TL;DR
This paper solves the Wheeler-De Witt equation in type IIB quantum string cosmology with flux compactification, exploring how H-fluxes induce spontaneous S-duality symmetry breaking.
Contribution
It provides an analytical solution to the Wheeler-De Witt equation in a flux compactified string cosmology model and analyzes the symmetry breaking mechanism.
Findings
WKB approximation yields solutions to the quantum cosmology model.
H-fluxes cause spontaneous breaking of S-duality symmetry.
The model demonstrates flux effects on the early universe's quantum state.
Abstract
The Wheeler-De Witt equation of type IIB quantum string cosmology compactified with constant internal H-fluxes on a 6-torus, whose volume modulus is frozen, is solved under the WKB approximation. The spontaneous symmetry breaking of the S-duality group by H-fluxes is also examined.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Cosmology and Gravitation Theories · Particle physics theoretical and experimental studies