New cylindrical gravitational soliton waves and gravitational Faraday rotation
New cylindrical gravitational soliton waves and gravitational Faraday rotation
复制标题
DOI：
10.1103/physrevd.90.044036
复制
发表时间：
2013-12
影响因子：
5
通讯作者：
Shinya Tomizawa;T. Mishima
中科院分区：
文献类型：
--
作者：
Shinya Tomizawa;T. Mishima
在引力孤立子方面，我们研究了引力孤立波的引力非线性效应，如法拉第转动。应用Pomeransky的程序的逆散射方法，这是最近被用来构建静态黑洞的解决方案，在五维的四维圆柱时空，我们构造了一个新的圆柱对称孤子解。这是应用于圆柱对称情形的第一个例子。特别是，我们澄清的区别Tomimatsu的单孤子解，这是由Belinsky-Zakharov的程序。
In terms of gravitational solitons, we study gravitational non-linear effects of gravitational solitary waves such as Faraday rotation. Applying the Pomeransky's procedure for inverse scattering method, which has been recently used for constructing stationary black hole solutions in five dimensions to a cylindrical spacetime in four dimensions, we construct a new cylindrically symmetric soliton solution. This is the first example to be applied to the cylindrically symmetric case. In particular, we clarify the difference from the Tomimatsu's single soliton solution, which was constructed by the Belinsky-Zakharov's procedure.