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Global existence of solutions to the Einstein-massive scalar field equations with a cosmological constant for a perfect fluid on the flat Robertson-Walker space-time

机译:全球存在爱因斯坦 - 大规模标量场的解   具有宇宙常数的方程式,用于平坦的完美流体   Robertson-Walker时空

摘要

In many cases a massive nonlinear scalar field can lead to acceleratedexpansion in cosmological models. This paper contains mathematical results onthis subject for flat Robertson-Walker space-time. Global existence to thecoupled Einstein-massive scalar field system which rules the dynamics of a kindof pure matter in the presence of a massive scalar field and cosmologicalconstant is proved, under the assumption that the scalar field ? is anon-decreasing function, in Robertson-Walker1 space-time; asymptotic behaviourare investigated in the case of a cosmological constant bounded from below by astrictly negative constant depending only on the massive scalar field.
机译:在许多情况下,巨大的非线性标量场会导致宇宙学模型中的加速扩展。本文包含了有关平坦Robertson-Walker时空的数学结果。假设标量场为?,证明了在存在大量标量场和宇宙常数的情况下,控制一种纯物质动力学的耦合爱因斯坦-大规模标量场系统的整体存在性。是一个递减函数,在Robertson-Walker1时空中;在宇宙常数恒定的情况下,从下面以有限的负常数为界,研究渐近特性,该常数仅取决于大标量场。

著录项

  • 作者

    Nangue, Alexis;

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  • 年度 2013
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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