Spinorial description of - and -manifolds
arXiv:1411.5663 · doi:10.1016/j.geomphys.2015.08.023
Abstract
We present a uniform description of -structures in dimension as well as -structures in dimension in terms of a characterising spinor and the spinorial field equations it satisfies. We apply the results to hypersurface theory to obtain new embedding theorems, and give a general recipe for building conical manifolds. The approach also enables one to subsume all variations of the notion of a Killing spinor.
arXiv comment25 pages; typos and misprints corrected; to appear in Journal of Geometry and Physics
References in corpus (12)
- Non-Kaehler String Backgrounds and their Five Torsion Classes
- Generalized Cylinders in Semi-Riemannian and Spin Geometry
- The intrinsic torsion of SU(3) and G_2 structures
- The Einstein-Dirac Equation on Riemannian Spin Manifolds
- On the geometry of closed G2-structure
- On types of non-integrable geometries
- 3-Sasakian manifolds in dimension seven, their spinors and G_2 structures
- Almost Hermitian 6-Manifolds Revisited
- Nearly hypo structures and compact Nearly Kähler 6-manifolds with conical singularities
- Special almost Hermitian geometry
- Geometric structures of vectorial type
- Sp(3) structures on 14-dimensional manifolds
Cited by in corpus (21)
- G2-structures and octonion bundles
- Generalizations of 3-Sasakian manifolds and skew torsion
- A flow of isometric -structures. Short-time existence
- Introduction to geometry
- Invariant Spinors on Homogeneous Spheres
- A new example of a compact ERP G2-structure
- Einstein warped G2 and Spin(7) manifolds
- Killing and twistor spinors with torsion
- Deformations of Asymptotically Conical -Instantons
- The moduli space of Type~A surfaces with torsion and non-singular symmetric Ricci tensor
- Deformations of -instantons on nearly manifolds
- The heterotic G system with reducible characteristic holonomy
- Half-flat structures inducing Einstein metrics on homogeneous spaces
- A new -Ricci type formula on the spinor bundle and applications
- Topological field theories of 2- and 3-forms in six dimensions
- Moduli spaces of oriented Type A manifolds of dimension at least 3
- Multiplet Classification of Reducible Verma Modules over the Algebra
- Homogeneous Sasakian and 3-Sasakian Structures from the Spinorial Viewpoint
- Moduli spaces of Type~ surfaces with torsion
- Harmonic - and -structures via spinors
- Parallel spinors for and isotropic structures