Coupled continuity equations for constant scalar curvature Kähler metrics

preprint2026arXivOpen access

Abstract

Inspired by a parabolic system of Li-Yuan-Zhang and the continuity equation of La Nave-Tian, we study a system of elliptic equations for a Kähler metric ωω and a closed (1,1)(1, 1)-form αα. Assuming a uniform estimate for ωω, we prove higher order estimates and smooth convergence to a cscK metric coupled to a harmonic (1,1)(1, 1)-form. A simplification of the system is used to recover existence results for Kähler-Einstein metrics when c1(X)<0c_1(X) < 0. On Riemann surfaces with genus at least 22, we show smooth convergence to the unique Kähler-Einstein metric from a large class of initial data.

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