On Type II strings in exact superconformal non-constant RR backgrounds
arXiv:hep-th/0301089 · doi:10.1088/1126-6708/2003/01/065
Abstract
An explicitly exact superconformal description is provided to some classes of Type II string theories in non constant RR backgrounds. This is done by applying the manifest (2,2) approach of Berkovits and Maldacena to Type II strings and by studying the condition of exact conformal invariance of certain supersymmetric backgrounds. We find a new set of exact type IIA strings with non constant RR 2-form and 4-form curvatures and for type IIB with non constant 3-form curvature.
15 pages; typos and a reference added
References in corpus (8)
- Type IIB Green-Schwarz superstring in plane wave Ramond-Ramond background
- Matrix Strings in pp-wave backgrounds from deformed Super Yang-Mills Theory
- Strings on pp-waves and massive two dimensional field theories
- A class of exact pp-wave string models with interacting light-cone gauge actions
- N=2 Superconformal Description of Superstring in Ramond-Ramond Plane Wave Backgrounds
- N=2 Sigma Models for Ramond-Ramond Backgrounds
- On integrable models from pp-wave string backgrounds
- Matrix String Models for Exact (2,2) String Theories in R-R Backgrounds
Cited by in corpus (13)
- Intersecting branes in pp-wave spacetime
- An example of localized D-branes solution on PP-wave backgrounds
- D-branes in PP-wave light cone string field theory
- D-branes in pp-wave spacetime with nonconstant NS-NS flux
- Killing spectroscopy of closed timelike curves
- Boundary fermions and the plane wave
- Superstrings in type IIB R-R plane-wave in semi-light-cone gauge and conformal invariance
- Brane Solutions with/without Rotation in PP-wave Spacetime
- A Note on D-brane - Anti-D-brane Interactions in Plane Wave Backgrounds
- Dynamical supersymmetry analysis of conformal invariance for superstrings in type IIB R-R plane-wave
- More D-branes in plane wave spacetime
- Generalised Penrose Limits and PP-Waves
- Strings on type IIB pp-wave backgrounds with interacting massive theories on the worldsheet