Can local bulk effects explain the galactic dark matter?
arXiv:0808.2335 · doi:10.1088/1475-7516/2008/08/018
Abstract
We obtain the virial theorem within the context of a brane-world model without mirror symmetry or any form of junction condition. Taking a constant curvature bulk (neglecting non-local bulk effects), the local bulk effects generate a geometrical mass, contributing to the gravitational energy which may be used to explain the virial mass discrepancy in clusters of galaxies. We fix the parameter of this model in agreement with observational data.
11 pages, no figures
References in corpus (15)
- Extra force in modified theories of gravity
- Can dark matter be a Bose-Einstein condensate?
- Low surface brightness galaxies rotation curves in the low energy limit of gravity : no need for dark matter?
- Dark energy and dark matter as curvature effects
- Analysis of Rotation Curves in the framework of R^n gravity
- Generalized virial theorem in f(R) gravity
- Dark matter and dark energy as a effects of Modified Gravity
- The virial theorem and the dynamics of clusters of galaxies in the brane world models
- Galactic dark matter as a bulk effect on the brane
- On Einstein clusters as galactic dark matter halos
- Brane-World Black Hole Solutions via a Confining Potential
- Accelerating universe in brane gravity with a confining potential
- Spherically symmetric problem on the brane and galactic rotation curves
- Generalized Chaplygin gas as geometrical dark energy
- Structure formation on the brane: A mimicry
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