论文标题
$κ（r，t）$重力中的虫洞
Wormholes in $κ(R,T)$ gravity
论文作者
论文摘要
虫洞溶液可以通过解决违反无效能量条件（NEC）的爱因斯坦场方程来找到。我们以两种不同的方式代表$κ（r，t）$重力中的虫洞解决方案。起初，我们找到了形状 通过考虑红移函数和状态线性方程（EOS）来函数。该解决方案代表了真正可行物质的虫洞。在第二部分中，我们考虑了两个红移功能和两个形状函数的四对，并分析获得的溶液。一些模型表明，对于参数的特定值，蠕虫的存在由任意数量的外来物质支持。
The wormhole solution could be found by solving the Einstein field equations with violating the null energy condition (NEC). We represent wormhole solutions in $κ(R,T)$ gravity in two different ways. At first, we find the shape function by considering a redshift function and linear equation of state (EoS). The solution represents a wormhole for the real feasible matter. In the second part, we consider four pairs of two redshift functions and two shape functions and analyze the obtained solutions. Some of the models suggest that for particular values of the parameters, the existence of wormholes are supported by an arbitrarily small quantity of exotic matter.
