No N=4 Strings on Wolf Spaces
arXiv:hep-th/9501140 · doi:10.1103/PhysRevD.52.2278
Abstract
We generalize the standard supersymmetric Kazama-Suzuki coset construction to the case by requiring the {\it non-linear} (Goddard-Schwimmer) quasi-superconformal algebra to be realized on cosets. The constraints that we find allow very simple geometrical interpretation and have the Wolf spaces as their natural solutions. Our results obtained by using components-level superconformal field theory methods are fully consistent with standard results about supersymmetric two-dimensional non-linear sigma-models and WZNW models on Wolf spaces. We construct the actions for the latter and express the quaternionic structure, appearing in the coset solution, in terms of the symplectic structure associated with the underlying Freudenthal triple system. Next, we gauge the QSCA and build a quantum BRST charge for the string propagating on a Wolf space. Surprisingly, the BRST charge nilpotency conditions rule out the non-trivial Wolf spaces as consistent string backgrounds.
31 pages, LaTeX, special macros are included
References in corpus (5)
Cited by in corpus (13)
- Large N=4 Holography
- Seven-Sphere and the Exceptional N=7 and N=8 Superconformal Algebras
- Higher Spin Currents in Wolf Space: Part I
- Higher Spin Currents in Orthogonal Wolf Space
- The Coset Model and the Higher Spin Algebra
- The Next Higher Spin Currents and Three-Point Functions in the Large Holography
- A Realization of N=1 Algebras with Wolf Spaces
- Three Point Functions in the N=4 Orthogonal Coset Theory
- The Operator Product Expansions in the Orthogonal Wolf Space Coset Model
- Adding Complex Fermions to the Grassmannian-like Coset Model
- Exact renormalization flow and domain walls from holography
- Higher Spin Currents with Manifest Symmetry in the Large Holography
- Wolf Space Coset Spectrum in the Large Holography