Spherically symmetric solution of gravity at low energy
arXiv:1510.08552 · doi:10.1103/PhysRevD.92.044012
Abstract
The weak-field and slow-motion limit of gravity is developed up to order in a spherically symmetric background. Considering the Taylor expansion of a general function around vanishing values of and , we present general vacuum solutions up to order for the gravitational field generated by a ball-like source. The spatial behaviors at order are the same for gravity and gravity, and their corresponding real valued static behaviors are presented and compared with the one in general relativity. The static Yukawa-like behavior is proved to be compatible with the previous result of the most general fourth-order theory. At order, the static corrections to the Yukawa-like behavior for gravity, gravity, and the Starobinsky gravity are presented and compared with the one in general relativity.
arXiv comment14 latex files, 11 figures
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