论文标题
有关Schrödinger全息图的更多信息
More on Schrödinger holography
论文作者
论文摘要
我们找到了生活在schrödinger上的巨型木元素和尖刺弦的明确解决方案，$ schr_5 \ times t^{1,1} $和计算分散关系。全息二元场理论被认为是强耦合时的非局部偶极偶发性CFT。我们发现，分散关系中保守的电荷之间的依赖性是先验的，这与球形内部空间的最对称情况截然不同。保持壁板参数$ b $一般可以使我们采取一些限制，并将结果与已知情况进行比较。
We find explicit solutions for giant magnons and spiky strings living on the Schrödinger $Schr_5 \times T^{1,1}$ and compute dispersion relations. The holographic dual field theory is conjectured to be a non-local dipole-deformed CFT at strong coupling. We find that the dependence between conserved charges in the dispersion relations is transcendental, which is quite different from the most symmetric case of spherical internal space. Keeping the squashing parameter $b$ general allows us to take some limits and to compare our results to known cases.
