Sharp $C^{1,\bar1}$ estimates in Kähler quantization and non-pluripolar Radon measures

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Main Authors: Błocki, Zbigniew, Darvas, Tamás
Format: Preprint
Published: 2026
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author Błocki, Zbigniew
Darvas, Tamás
author_facet Błocki, Zbigniew
Darvas, Tamás
contents Let $K_φ$ denote the weighted Bergman kernel associated to a plurisubharmonic function $φ$. We obtain upper bounds and positive lower bounds for the Bergman metric $i\partial \bar{\partial} \log K_φ$, expressed solely in terms of upper bounds and positive lower bounds of $i\partial \bar{\partial}φ$. Our approach applies in both local and compact Kähler settings. As an immediate application we obtain the optimal $C^{1,α}$-convergence for the quantization of Kähler currents with bounded coefficients. We also show that any non-pluripolar Radon measure on a compact Kähler manifold admits a quantization.
format Preprint
id arxiv_https___arxiv_org_abs_2602_03111
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Sharp $C^{1,\bar1}$ estimates in Kähler quantization and non-pluripolar Radon measures
Błocki, Zbigniew
Darvas, Tamás
Differential Geometry
Mathematical Physics
Complex Variables
Let $K_φ$ denote the weighted Bergman kernel associated to a plurisubharmonic function $φ$. We obtain upper bounds and positive lower bounds for the Bergman metric $i\partial \bar{\partial} \log K_φ$, expressed solely in terms of upper bounds and positive lower bounds of $i\partial \bar{\partial}φ$. Our approach applies in both local and compact Kähler settings. As an immediate application we obtain the optimal $C^{1,α}$-convergence for the quantization of Kähler currents with bounded coefficients. We also show that any non-pluripolar Radon measure on a compact Kähler manifold admits a quantization.
title Sharp $C^{1,\bar1}$ estimates in Kähler quantization and non-pluripolar Radon measures
topic Differential Geometry
Mathematical Physics
Complex Variables
url https://arxiv.org/abs/2602.03111