Dynamics of intersecting brane systems -- Classification and their applications --
Abstract
We present dynamical intersecting brane solutions in higher-dimensional gravitational theory coupled to dilaton and several forms. Assuming the forms of metric, form fields, and dilaton field, we give a complete classification of dynamical intersecting brane solutions with/without M-waves and Kaluza-Klein monopoles in eleven-dimensional supergravity. We apply these solutions to cosmology and black holes. It is shown that these give FRW cosmological solutions and in some cases Lorentz invariance is broken in our world. If we regard the bulk space as our universe, we may interpret them as black holes in the expanding universe. We also discuss lower-dimensional effective theories and point out naive effective theories may give us some solutions which are inconsistent with the higher-dimensional Einstein equations.
Cite
@article{arxiv.0903.5483,
title = {Dynamics of intersecting brane systems -- Classification and their applications --},
author = {Kei-ichi Maeda and Nobuyoshi Ohta and Kunihito Uzawa},
journal= {arXiv preprint arXiv:0903.5483},
year = {2009}
}
Comments
44 pages; v2: minor corrections, references added