Logarithmic Operators Fold D branes into AdS_3
arXiv:hep-th/9909068 · doi:10.1016/S0370-2693(00)00128-3
Abstract
We use logarithmic conformal field theory techniques to describe recoil effects in the scattering of two Dirichlet branes in D dimensions. In the particular case that a D1 brane strikes a D3 brane perpendicularly, thereby folding it, we find that the recoil space-time is maximally symmetric, with AdS_3 x E_{D-3} geometry. We comment on the possible applications of this result to the study of transitions between different background metrics.
10 pages revtex, one eps figure included
Cited by in corpus (13)
- Bits and Pieces in Logarithmic Conformal Field Theory
- A supersymmetric D-brane Model of Space-Time Foam
- Dynamical Formation of Horizons in Recoiling D Branes
- Operator Product Expansion in Logarithmic Conformal Field Theory
- Boundary states in boundary logarithmic CFT
- Disordered Systems and Logarithmic Conformal Field Theory
- Legendre's Relation and the Quantum Equivalence osp(4|4)_(1) = osp(2|2)_(-2) + su(2)_(0)
- On the AdS/CFT Correspondence and Logarithmic Operator
- Logarithmic Currents in the SU(2)_0 WZNW model
- A mass hierarchy from recoiling D branes
- The O(n) Model in the Limit (self-avoiding-walks) and Logarithmic Conformal Field Theory
- Recoiling D-branes
- D-particle Recoil Space Times and "Glueball" Masses