2018
DOI: 10.1007/s13324-018-0263-3
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A 1-point poly-quadrature domain of order 1 not biholomorphic to a complete circular domain

Abstract: It is known that if f : D1 → D2 is a polynomial biholomorphism with polynomial inverse and constant Jacobian then D1 is a 1-point Quadrature domain (the Bergman span contains all holomorphic polynomials) of order 1 whenever D2 is a balanced domain. Bell conjectured that all 1-point Quadrature domains arise in this manner. In this note, we construct a 1-point Quadrature domain of order 1 that is not biholomorphic to any balanced domain. arXiv:1807.08689v1 [math.CV]

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Cited by 2 publications
(1 citation statement)
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“…Quadrature domains whose quadrature identity involves just a multiple of a single point evaluation have been dubbed 'one-point' quadrature domains (see, for example, [5,17]). Usually the term implies that the point evaluation involves a function value, and not a derivative value.…”
Section: Quadrature Domainsmentioning
confidence: 99%
“…Quadrature domains whose quadrature identity involves just a multiple of a single point evaluation have been dubbed 'one-point' quadrature domains (see, for example, [5,17]). Usually the term implies that the point evaluation involves a function value, and not a derivative value.…”
Section: Quadrature Domainsmentioning
confidence: 99%