Rational Functions Invariant under a Finite Abelian Group.
H.W. Jr. Lenstra (1974)
Inventiones mathematicae
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H.W. Jr. Lenstra (1974)
Inventiones mathematicae
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M.R. Stein, R.C. Alperin, R.K. Dennis (1985)
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R.C. Alperin, R.K. Dennis, R. Oliver (1987)
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Benedict H. Gross (1978)
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Dmitri Novikov, Sergei Yakovenko (1995)
Annales de l'institut Fourier
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We show that for a generic polynomial and an arbitrary differential 1-form with polynomial coefficients of degree , the number of ovals of the foliation , which yield the zero value of the complete Abelian integral , grows at most as as , where depends only on . The main result of the paper is derived from the following more general theorem on bounds for isolated zeros occurring in polynomial envelopes of linear differential equations. Let , , be a fundamental system of...
J.S. MILNE (1968/69)
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Barry Mazur (1972)
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Klaus Künnemann (1993)
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Marcin Bobieński, Pavao Mardešić, Dmitry Novikov (2013)
Annales de l’institut Fourier
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We study pseudo-abelian integrals associated with polynomial deformations of slow-fast Darboux integrable systems. Under some assumptions we prove local boundedness of the number of their zeros.