4.3 Article

The asymptotic Fubini-Study operator over general non-Archimedean fields

Journal

MATHEMATISCHE ZEITSCHRIFT
Volume 299, Issue 3-4, Pages 2341-2378

Publisher

SPRINGER HEIDELBERG
DOI: 10.1007/s00209-021-02770-2

Keywords

Non-Archimedean geometry; Berkovich spaces; Pluripotential theory; Monge-Ampere operators

Categories

Funding

  1. European Research Council Advanced Grant ALKAGE (Algebraic and Kahler Geometry)

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In this study, we examine the limits of non-Archimedean metrics on a projective K-variety X equipped with an ample line bundle L, and show that there is a one-to-one correspondence between equivalence classes of bounded graded norms and bounded plurisubharmonic metrics that are regularizable from below. This generalizes previous results and expands the understanding of the problem in a rather general case.
Given an ample line bundle L over a projective K-variety X, with K a non-Archimedean field, we study limits of non-Archimedean metrics on L associated to submultiplicative sequences of norms on the graded pieces of the section ring R(X, L). We show that in a rather general case, the corresponding asymptotic Fubini-Study operator yields a one-to-one correspondence between equivalence classes of bounded graded norms and bounded plurisubharmonic metrics that are regularizable from below. This generalizes results of Boucksom-Jonsson where this problem has been studied in the trivially valued case.

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