Mirror Symmetry and the Classification of Orbifold del Pezzo Surfaces
arXiv:1501.05334 · doi:10.1090/proc/12876
Abstract
We state a number of conjectures that together allow one to classify a broad class of del Pezzo surfaces with cyclic quotient singularities using mirror symmetry. We prove our conjectures in the simplest cases. The conjectures relate mutation-equivalence classes of Fano polygons with Q-Gorenstein deformation classes of del Pezzo surfaces.
14 pages. v2: references updated
References in corpus (3)
Cited by in corpus (24)
- Maximally Mutable Laurent Polynomials
- Laurent Inversion
- On deformations of toric Fano varieties
- On toric geometry and K-stability of Fano varieties
- Mirror Symmetry and smoothing Gorenstein toric affine 3-folds
- On the quantum periods of del Pezzo surfaces with singularities
- On K-stability of some del Pezzo surfaces of Fano index 2
- Minimality and mutation-equivalence of polygons
- Cracked Polytopes and Fano Toric Complete Intersections
- On deformation spaces of toric singularities and on singularities of K-moduli of Fano varieties
- Projecting Fanos in the mirror
- Homogeneous deformations of toric pairs
- Deformations of Dimer Models
- Smoothing Toric Fano Surfaces Using the Gross-Siebert Algorithm
- Laurent polynomials in Mirror Symmetry: why and how?
- Databases of quantum periods for Fano manifolds
- Reconstruction of singularities on orbifold del Pezzo surfaces from their Hilbert series
- Fano mirror periods from the Frobenius structure conjecture
- K-moduli of Fano 3-folds can have embedded points
- Polarized rigid del Pezzo surfaces in low codimension
- Modularity of Landau-Ginzburg models
- Some examples of non-smoothable Gorenstein Fano toric threefolds
- Full exceptional collections for anticanonical log del Pezzo surfaces
- Mirrors to Del Pezzo Surfaces and the Classification of -Polygons