Instability of the big bang coordinate singularity in a Milne-like universe
F. R. Klinkhamer, Zi-Liang Wang
Abstract
Open-access reader
F. R. Klinkhamer, Zi-Liang Wang
Abstract
Open-access reader
We present a simplified dynamic-vacuum-energy model for a time-symmetric Milne-like universe. The big bang singularity in this simplified model, like the one in a previous model, is just a coordinate singularity with finite curvature and energy density. We then calculate the dynamic behavior of scalar metric perturbations and find that these perturbations destabilize the big bang singularity.
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We present a simplified dynamic-vacuum-energy model for a time-symmetric Milne-like universe. The big bang singularity in this simplified model, like the one in a previous model, is just a coordinate singularity with finite curvature and energy density. We then calculate the dynamic behavior of scalar metric perturbations and find that these perturbations destabilize the big bang singularity.
Key concepts: Singularity, Big Bang (financial markets), Ultimate fate of the universe, Instability, Universe, Physics, Big Rip, Theoretical physics