Series solutions for a static scalar potential in a Salam-Sezgin Supergravitational hybrid braneworld
Benedict M. N. Carter, Alex B. Nielsen
Abstract
The static potential for a massless scalar field shares the essential features of the scalar gravitational mode in a tensorial perturbation analysis about the background solution. Using the fluxbrane construction of [8] we calculate the lowest order of the static potential of a massless scalar field on a thin brane using series solutions to the scalar field's Klein Gordon equation and we find that it has the same form as Newton's Law of Gravity. We claim our method will in general provide a quick and useful check that one may use to see if their model will recover Newton's Law to lowest order on the brane.
Create a lesson
Related papers
Black hole correspondences of quasi-topological gravity : Shadows, quasinormal modes, graybody factors
Sihao Fan, Chen Wu, Wenjun Guo
Spacelike reduction of the gravitational topological terms and associated helicity densities
Hongxi Huang, Jiang Long, Gan Zhao et al.
Periodic orbits around a magnetically charged black hole in f(R,T) gravity coupled with Euler-Heisenberg electrodynamics
Jun-Long Huang, Chen-Kai Qiao, Jun Tao
Exotic Spinor Deformation of a Schwarzschild Black Hole: Perturbations and Stability
Luís Rodolfo dos Santos Filho, Bertha Cuadros-Melgar
Two Languages for the Same Resonance: From Nuclear Decay to Black-Hole Ringdown
Okuto Morikawa
Peeling property for the Einstein scalar field equations with the nonzero cosmological constant
Jialue Li, Xiao Zhang