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Noncommutative potential theory

We propose to view hermitian metrics on trivial holomorphic vector bundles $E\toΩ$ as noncommutative analogs of functions defined on the base $Ω$, and curvature as the notion corresponding to the Laplace operator or $\partial\overline\partial$. We discuss noncommutative generalizations of basic results of ordinary potential theory, mean value properties, maximum principle, Harnack inequality, and the solvability of Dirichlet problems.