Static Gravitational Global Monopoles
arXiv:gr-qc/9906014 · doi:10.1103/PhysRevD.61.024030
Abstract
Static solutions in spherical symmetry are found for gravitating global monopoles. Regular solutions lacking a horizon are found for , where is the scale of symmetry breaking. Apparently regular solutions with a horizon are found for $1/\sqrt{8π} \le η\alt \sqrt{3/8π}$. Though they have a horizon, they are not Schwarzschild. The solution for is argued to have a horizon at infinity. The failure to find static solutions for is consistent with findings that topological inflation begins at .
4 pages, 6 figures
References in corpus (1)
Cited by in corpus (22)
- Gravitating Magnetic Monopole in the Global Monopole Spacetime
- Global Monopole in General Relativity
- de Sitter/ Anti-de Sitter global monopoles
- A novel black hole mimicker: a boson star and a global monopole nonminimally coupled to gravity
- Black Holes with Zero Mass
- Some Remarks on Gravitational Global Monopoles
- Global monopole surrounded by quintessence-like matter
- Properties of global monopoles with an event horizon
- Global monopoles, cosmological constant and maximal mass conjecture
- Gravity of a noncanonical global monopole: conical topology and compactification
- Scalar hairy black holes and solitons in a gravitating Goldstone model
- Classical defects in higher-dimensional Einstein gravity coupled to nonlinear -models
- Polar Perturbations of Self-gravitating Supermassive Global Monopoles
- Localising gravity in composite monopole brane worlds without bulk cosmological constant
- Perturbations of global monopoles as a black hole's hair
- Gravitational lensing in holonomy corrected spherically symmetric black holes with phantom global monopoles
- Multidimensional Global Monopole and Nonsingular Cosmology
- Scattering of axial gravitational wave pulses by monopole black holes and QNMs
- Black Hole Critical Phenomena Without Black Holes
- Global Monopole metric in 2+1-dimensions
- Self-gravitating global monopole and nonsingular cosmology
- Dualized Gravity beyond Linear Approximation