On closed range for $\bar{\partial}$
A.-K. Herbig, J. D. McNeal

TL;DR
This paper provides a sufficient condition ensuring the ar operator has a closed range on pseudoconvex domains in complex space, which may be unbounded, advancing understanding of complex analysis and partial differential equations.
Contribution
It introduces a new sufficient condition for the closed range property of the ar operator on pseudoconvex domains, including unbounded cases.
Findings
Established a sufficient condition for ar closed range
Applicable to unbounded pseudoconvex domains
Enhances understanding of ar operator properties
Abstract
A sufficient condition for to have closed range is given for pseudoconvex, possibly unbounded domains in .
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Taxonomy
TopicsHolomorphic and Operator Theory · Analytic and geometric function theory · Advanced Mathematical Modeling in Engineering
