On the electromagnetic emission from charged test particles in a five dimensional spacetime
arXiv:1109.1941 · doi:10.1140/epjc/s10052-011-1747-6
Abstract
We study the motion of charged particles radially falling in a class of static and electromagnetic-free, five-dimensional Kaluza-Klein backgrounds. Particle dynamics in such spacetimes is explored by an approach \emph{a l} Papapetrou. The electromagnetic radiation emitted by these particles is studied, outlining the new features emerging in the spectra for the five-dimensional case. A comparison with the dynamics in the four dimensional counterpart, \textit{i.e} the Schwarzschild background, is performed.
13 pages, 10 figure, to be published in European Physical Journal C. Keywords:Kaluza Klein theory--Generalized Schwarzschild solution (GSS)--Test particle orbits--Emission spectra
References in corpus (15)
- Time delay and magnification centroid due to gravitational lensing by black holes and naked singularities
- Hydrostatic equilibrium and stellar structure in f(R)-gravity
- Hawking radiation as tunneling from squashed Kaluza-Klein black hole
- Kaluza-Klein models: can we construct a viable example?
- The initial value problem for linearized gravitational perturbations of the Schwarzschild naked singularity
- Five-dimensional PPN formalism and experimental test of Kaluza-Klein theory
- The equivalence principle in Kaluza-Klein gravity
- Charged Kaluza-Klein double-black holes in five dimensions
- Formation of naked singularities in five-dimensional space-time
- Kaluza-Klein solitons reexamined
- Massive test particles motion in Kaluza-Klein gravity
- Dynamics of Matter in a Compactified Kaluza-Klein Model
- Geometry and Matter Reduction in a 5D Kaluza-Klein Framework
- Low-energy sector of 8-dimensional General Relativity: Electro-Weak model and neutrino mass
- Stars in five dimensional Kaluza Klein gravity