Nonperturbative SL(2,Z) (p,q)-strings manifestly realized on the quantum M3

ID: 563473.0 MPI für Gravitationsphysik / Quantum Gravity and Unified Theories
Nonperturbative SL(2,Z) (p,q)-strings manifestly realized on the quantum M3
Authors:	Canals Gustavo Adolfo
Date of Publication (YYYY-MM-DD):	2008
Review Status:	not specified
Audience:	Not Specified
Abstract / Description:	The SL(2,Z) duality symmetry of IIB superstring is naturally realized on the D=11 supermembrane restricted to have central charges arising from a nontrivial wrapping. This supermembrane is minimally immersed on the target space (MIM3). The hamiltonian of the MIM2 has a discrete quantum spectrum. It is manifestly invariant under the SL(2,Z) symmetry associated to the conformal symmetry on the base manifold and under a SL(2,Z) symmetry on the moduli of the target space. The mass contribution of the string states on the MIM2 is obtained by freezing the remaining degrees of freedom. It exactly agrees with the perturbative spectrum of the (p,q) IIB and IIA superstring compactified on a circle. We also construct a MIM3 in terms of a dual target space, then a (p,q) set of non-perturbative states associated to the IIA superstring is obtained.
External Publication Status:	unpublished
Document Type:	Article
Communicated by:	Hermann Nicolai
Affiliations:	MPI für Gravitationsphysik/Quantum Gravity and Unified Theories
Identifiers:	LOCALID:arXiv:0802.0793
Full Text: You have privileges to view the following file(s): 364756.v1.pdf [280,00 Kb] [Comment:arXiv:0802.0793v1] Canals Gustavo Adolfo Dr.Física Teórica; Ph.D.math. MPI für Gravitationsphysik adolfocanals@educ.ar