On dilaton dependence of type II superstring action
arXiv:hep-th/9601109 · doi:10.1088/0264-9381/13/6/003
Abstract
The supersymmetric action of type IIA D=10 superstring in N=2a, D=10 supergravity background can be derived by double dimensional reduction of the action of supermembrane coupled to D=11 supergravity. We demonstrate that the background Ramond-Ramond fields appear in the resulting superstring action with an extra factor of exponential of the dilaton.
6 pages, harvmac (references added)
References in corpus (3)
Cited by in corpus (25)
- Gauge-string duality for superconformal deformations of N=4 Super Yang-Mills theory
- Spinning strings at one-loop in AdS_4 x P^3
- T-Duality in the Green-Schwarz Formalism, and the Massless/Massive IIA Duality Map
- Classical integrability and quantum aspects of the AdS(3) x S(3) x S(3) x S(1) superstring
- Near BMN dynamics of the AdS(3) x S(3) x S(3) x S(1) superstring
- Superstrings in AdS(2)xS(2)xT(6)
- M-theory PP-waves, Penrose Limits and Supernumerary Supersymmetries
- String instanton in AdS(4)xCP(3)
- Double Wick rotating Green-Schwarz strings
- On non-abelian T-duality and deformations of supercoset string sigma-models
- Supergravity backgrounds of the eta-deformed AdS2 x S2 x T6 and AdS5 x S5 superstrings
- Puzzles of eta-deformed AdS_5 x S^5
- The type II superstring to order theta^4
- Three-parameter integrable deformation of Z_4 permutation supercosets
- Classical and quantum integrability in AdS(2)/CFT(1)
- The N=1* Theories on R^{1+2} X S^1 with Twisted Boundary Conditions
- AdS Solutions of 2D Type 0A
- Negative modes in the four-dimensional stringy wormholes
- K-Models and Type IIB Superstring Backgrounds
- Supersymmetry of Green-Schwarz Superstring and Matrix String Theory
- Fundamental Membranes and the String Dilaton
- Supermembrane actions for Gaiotto-Maldacena backgrounds
- S-Duality and Exact Type IIB Superstring Backgrounds
- Vacuum configuration of winding superstrings from non-standard semiclassical quantization
- Green-Schwarz Superstring Action in Type IIA Supergravity Backgrounds