Non-archimedean canonical measures on abelian varieties
arXiv:0801.4503 · doi:10.1112/S0010437X09004679
Abstract
For a closed d-dimensional subvariety X of an abelian variety A and a canonically metrized line bundle L on A, Chambert-Loir has introduced measures on the Berkovich analytic space associated to A with respect to the discrete valuation of the ground field. In this paper, we give an explicit description of these canonical measures in terms of convex geometry. We use a generalization of the tropicalization related to the Raynaud extension of A and Mumford's construction. The results have applications to the equidistribution of small points.
Thorough revision according to the comments of the referee. To appear in Compositio
References in corpus (4)
Cited by in corpus (18)
- Non-archimedean canonical measures on abelian varieties
- A tropical approach to non-archimedean Arakelov theory
- Strict supports of canonical measures and applications to the geometric Bogomolov conjecture
- Non-Archimedean and tropical theta functions
- Geometric Bogomolov conjecture for abelian varieties and some results for those with some degeneration (with an appendix by Walter Gubler: The minimal dimension of a canonical measure)
- Arakelov geometry, heights, equidistribution, and the Bogomolov conjecture
- Compactified Jacobians as Mumford models
- Faltings height and Néron-Tate height of a theta divisor
- Non-Archimedean volumes of metrized nef line bundles
- Effective faithful tropicalizations associated to linear systems on curves
- Effective faithful tropicalizations associated to adjoint linear systems
- Arithmetic bigness and a uniform Bogomolov-type result
- Degenerated Calabi-Yau varieties with infinite components, Moduli compactifications, and limit toroidal structures
- Pluripotential theory for tropical toric varieties and non-archimedean Monge-Ampére equations
- Survey on the geometric Bogomolov conjecture
- Monge-Ampère measures for toric metrics on abelian varieties
- Extended skeletons of poly-stable pairs
- A Dynamical Bogomolov Property