Penrose limits and Green-Schwarz strings
arXiv:hep-th/0209043 · doi:10.1088/0264-9381/20/8/306
Abstract
We discuss the Green-Schwarz action for type IIB strings in general plane-wave backgrounds obtained as Penrose limits from any IIB supergravity solutions with vanishing background fermions. Using the normal-coordinate expansion in superspace, we prove that the light-cone action is necessarily quadratic in the fermionic coordinates. This proof is valid for more general pp-wave backgrounds under certain conditions. We also write down the complete quadratic action for general bosonic on-shell backgrounds in a form in which its geometrical meaning is manifest both in the Einstein and string frames. When the dilaton and 1-form field strength are vanishing, and the other field strengths are constant, our string-frame action reduces, up to conventions, to the one which has been written down using the supercovariant derivative.
18 pages, latex, no figures; (v2) relation to ref.14 clarified; (v3) typos corrected, minor changes
References in corpus (6)
- The Minimal Moose for a Little Higgs
- Supergravity pp-wave solutions with 28 and 24 supercharges
- Superstrings on PP-Wave Backgrounds and Symmetric Orbifolds
- N=2 Superconformal Description of Superstring in Ramond-Ramond Plane Wave Backgrounds
- Penrose Limit and String Theories on Various Brane Backgrounds
- Penrose Limits of RG Fixed Points and PP-Waves with Background Fluxes
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- Quantum fluctuations of rotating strings in AdS_5 x S^5
- Fast spinning strings on deformed
- String Theory on Dp-plane waves
- Type IIA Supergravity Excitations in Plane-Wave Background
- On pp wave limit for deformed superstrings
- Geometric counter-vertex for open string scattering on D-branes
- A Penrose limit for type IIB solutions
- Vertex operator formulation of scattering around black hole
- Holography with Ramond-Ramond fluxes
- Penrose Limit and Enhancon Geometry
- On the polarization of closed strings by Ramond-Ramond fluxes