论文标题
旋转宇宙圆柱虫孔在GR和TEGR中由各向异性流体产生
Rotating cosmological cylindrical wormholes in GR and TEGR sourced by anisotropic fluids
论文作者
论文摘要
给定各向异性流体源，我们以封闭形式确定一般相对性（GR）和远程平行性重力（TEGR）的场方程，并与宇宙学恒定的，圆柱上对称的四维宇宙学旋转蠕虫孔耦合，以满足所有局部能量条件，并满足所有距离的距离，并满足了两轴的距离旋转的距离，并适用于两轴的距离。这些解决方案具有其角速度与宇宙常数成正比的特性。
Given an anisotropic fluid source, we determine in closed forms, upon solving the field equations of general relativity (GR) and teleparallel gravity (TEGR) coupled to a cosmological constant, cylindrically symmetric four-dimensional cosmological rotating wormholes, satisfying all local energy conditions, and cosmological rotating solutions with two axes of symmetry at finite proper distance. These solutions have the property that their angular velocity is proportional to the cosmological constant.
