D0-brane realizations of the resolution of a reduced singular curve
arXiv:1111.4707
Abstract
Based on examples from superstring/D-brane theory since the work of Douglas and Moore on resolution of singularities of a superstring target-space via a D-brane probe, the richness and the complexity of the stack of punctual D0-branes on a variety, and as a guiding question, we lay down a conjecture that any resolution of a variety over can be factored through an embedding of into the stack of punctual D0-branes of rank on for in , where depends on the germ of singularities of . We prove that this conjecture holds for the resolution of a reduced singular curve over . In string-theoretical language, this says that the resolution of a singular curve always arises from an appropriate D0-brane aggregation on and that the rank of the Chan-Paton module of the D0-branes involved can be chosen to be arbitrarily large.
9+2 pages
References in corpus (6)
- Phases Of N=2 Theories In 1+1 Dimensions With Boundary
- Azumaya-type noncommutative spaces and morphisms therefrom: Polchinski's D-branes in string theory from Grothendieck's viewpoint
- Morphisms from Azumaya prestable curves with a fundamental module to a projective variety: Topological D-strings as a master object for curves
- D-branes and Azumaya noncommutative geometry: From Polchinski to Grothendieck
- Azumaya structure on D-branes and resolution of ADE orbifold singularities revisited: Douglas-Moore vs. Polchinski-Grothendieck
- Azumaya structure on D-branes and deformations and resolutions of a conifold revisited: Klebanov-Strassler-Witten vs. Polchinski-Grothendieck
Cited by in corpus (2)
- D-branes and Azumaya/matrix noncommutative differential geometry, I: D-branes as fundamental objects in string theory and differentiable maps from Azumaya/matrix manifolds with a fundamental module to real manifolds
- Azumaya noncommutative geometry and D-branes - an origin of the master nature of D-branes