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Combinatorial and Additive Number Theory III : CANT, New York, USA, 2017 and 2018 /
Published 2020Subjects: “…Combinatorial number theory…”
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Several identities containing central binomial coefficients and derived from series expansions of powers of the arcsine function
Published 2021-03-01“…In the paper, with the aid of the series expansions of the square or cubic of the arcsine function, the authors establish several possibly new combinatorial identities containing the ratio of two central binomial coefficients which are related to the Catalan numbers in combinatorial number theory. …”
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A Brief Survey and an Analytic Generalization of the Catalan Numbers and Their Integral Representations
Published 2023-04-01“…In the paper, the authors briefly survey several generalizations of the Catalan numbers in combinatorial number theory, analytically generalize the Catalan numbers, establish an integral representation of the analytic generalization of the Catalan numbers by virtue of Cauchy’s integral formula in the theory of complex functions, and point out potential directions for further study.…”
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On monotonicity of ranks of partitions, positivity of truncated series, and transformation formulas for theta series
Published 2017“…We discuss three different topics in combinatorial number theory. In the first topic, we form several truncated series from the quintuple product identity and its specialised versions, then prove that the coeffcients of these series exhibit uniformity in sign. …”
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Counting primes, groups and manifolds
Published 2004“….$ The proof is based on the Bombieri-Vinogradov `Riemann hypothesis on the average' and on the solution of a new type of extremal problem in combinatorial number theory. Similar surprisingly sharp estimates are obtained for the subgroup growth of lattices in higher rank semisimple Lie groups. …”
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Top Coefficients of the Denumerant
Published 2013-01-01“…It is well-known that $E(\alpha)(t)$ is a quasipolynomial function of $t$ of degree $N$. In combinatorial number theory this function is known as the $\textit{denumerant}$. …”
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