(Generalized) Conformal Quantum Mechanics of 0-Branes and Two-Dimensional Dilaton Gravity
arXiv:hep-th/9909180 · doi:10.1016/S0550-3213(99)00735-X
Abstract
We study the relation between the (generalized) conformal quantum mechanics of 0-branes and the two-dimensional dilaton gravity. The two-dimensional actions obtained from the supergravity effective actions for the (dilatonic) 0-branes through the compactification on a sphere are related to known two-dimensional dilaton gravity models. The SL(2,R) symmetry of the (generalized) conformal quantum mechanics is realized within such two-dimensional models. The two-dimensional dilatonic gravity model derived from the non-dilatonic 0-brane action is related to the Liouville theory and therefore is conformal, whereas the two-dimensional model derived from the dilatonic 0-brane action does not have the conformal symmetry.
21 pages, LaTeX, version to appear in Nucl. Phys. B, an error in Eq. (49) corrected
References in corpus (2)
Cited by in corpus (8)
- w_{\infty} Algebras, Conformal Mechanics, and Black Holes
- SO(9) supergravity in two dimensions
- Conformal mechanics on rotating Bertotti-Robinson spacetime
- The Cardy-Verlinde Formula and Asymptotically Flat Charged Black Holes
- Black Hole Thermodynamics and Two-Dimensional Dilaton Gravity Theory
- 2D Black Holes, Conformal Vacua and CFTs on the Cylinder
- Conformal Dynamics of 0-Branes
- Holographic principle and field-to-particle transition formalism in sigma model, dilaton gravity and supergravity: Point particle as end product of field theory and seed of string-brane approach