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We prove approximation results, on projective algebraic and Stein manifolds, of positive closed currents of bidegree (1,1) by rational divisors with a control on their support and Lelong numbers. We define a notion of (strong-)rational convexity on complex manifolds and show that a totally real compact submanifold \(S\) of a projective algebraic (resp. a Stein) manifold \(X\) is rationally convex iff there is a Hodge form \(\omega\) on \(X\) s.t. \(\omega|_S\equiv 0\), generalizing a theorem of Duval and Sibony.
line bundle, projective algebraic manifolds, Stein manifolds, positive closed currents, Normal analytic spaces, \(\overline\partial\) and \(\overline\partial\)-Neumann operators, approximation, rational convexity, Polynomial convexity, rational convexity, meromorphic convexity in several complex variables
line bundle, projective algebraic manifolds, Stein manifolds, positive closed currents, Normal analytic spaces, \(\overline\partial\) and \(\overline\partial\)-Neumann operators, approximation, rational convexity, Polynomial convexity, rational convexity, meromorphic convexity in several complex variables
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