Big bang and big crunch in matrix string theory
J. Bedford, Constantinos Papageorgakis, Diego Rodrı́guez-Gómez, John Ward
Abstract
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J. Bedford, Constantinos Papageorgakis, Diego Rodrı́guez-Gómez, John Ward
Abstract
Open-access reader
Following the holographic description of linear dilaton null cosmologies with a big bang in terms of matrix string theory put forward by Craps, Sethi, and Verlinde, we propose an extended background describing a universe including both big bang and big crunch singularities. This belongs to a class of exact string backgrounds and is perturbative in the string coupling far away from the singularities, both of which can be resolved using matrix string theory. We provide a simple theory capable of describing the complete evolution of this closed universe.
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Following the holographic description of linear dilaton null cosmologies with a big bang in terms of matrix string theory put forward by Craps, Sethi, and Verlinde, we propose an extended background describing a universe including both big bang and big crunch singularities. This belongs to a class of exact string backgrounds and is perturbative in the string coupling far away from the singularities, both of which can be resolved using matrix string theory. We provide a simple theory capable of describing the complete evolution of this closed universe.
Key concepts: Big Crunch, String cosmology, Big Bounce, Ultimate fate of the universe, String (physics), Theoretical physics, Physics, Gravitational singularity