arXiv:1107.2549 [math.AG]AbstractReferencesReviewsResources
A Fourier-Mukai Approach to the Enumerative Geometry of Principally Polarized Abelian Surfaces
Published 2011-07-13, updated 2011-07-18Version 2
We study twisted ideal sheaves of small length on an irreducible principally polarized abelian surface (T,l). Using Fourier-Mukai techniques we associate certain jumping schemes to such sheaves and completely classify such loci. We give examples of applications to the enumerative geometry of T and show that no smooth genus 5 curve on such a surface can contain a g^1_3. We also describe explicitly the singular divisors in the linear system |2l|.
Comments: 21 pages with appendix, typos fixed
Journal: Math. Nachr. 285(16) (2012) 1981-1998
Categories: math.AG
Keywords: enumerative geometry, fourier-mukai approach, study twisted ideal sheaves, smooth genus, fourier-mukai techniques
Tags: journal article
Related articles: Most relevant | Search more
arXiv:2204.01669 [math.AG] (Published 2022-04-04)
Enumerative geometry of the mirror quintic
arXiv:2412.18317 [math.AG] (Published 2024-12-24)
On K-stability of $\mathbb P^3$ blown up along a smooth genus $2$ curve of degree $5$
arXiv:2206.09130 [math.AG] (Published 2022-06-18)
Enumerative Geometry of Curvature of Algebraic Hypersurfaces