Higher monotonicity properties of special functions: application on Bessel case
Higher solutions of hypergeometric systems and Dwork cohomology
Hilbert series of the Grassmannian and -Narayana numbers
We compute the Hilbert series of the complex Grassmannian using invariant theoretic methods. This is made possible by showing that the denominator of the -Hilbert series is a Vandermonde-like determinant. We show that the -polynomial of the Grassmannian coincides with the -Narayana polynomial. A simplified formula for the -polynomial of Schubert varieties is given. Finally, we use a generalized hypergeometric Euler transform to find simplified formulae for the -Narayana numbers, i.e. the -polynomial...
Hilbert-Schmidt operators vs. integrable systems of elliptic Calogero-Moser type III: The Heun case.
Historia de las fórmulas y algoritmos para n.
Holomorphic solutions of an inhomogeneous Cauchy equation.
Homogeneous estimates for oscillatory integrals.
Homology for irregular connections
Homology with values in a connection with possibly irregular singular points on an algebraic curve is defined, generalizing homology with values in the underlying local system for a connection with regular singular points. Integration defines a perfect pairing between de Rham cohomology with values in the connection and homology with values in the dual connection.
How sharp is Bernstein's inequality for Jacobi polynomials?
Human proofs of identities by Osburn and Schneider.
Hurwitz and Tasoev continued fractions with long period.
Hurwitz continued fractions with confluent hypergeometric functions
Many new types of Hurwitz continued fractions have been studied by the author. In this paper we show that all of these closed forms can be expressed by using confluent hypergeometric functions . In the application we study some new Hurwitz continued fractions whose closed form can be expressed by using confluent hypergeometric functions.
HYP and HYPQ. Mathematica packages for the manipulation of binomial sums and hypergeometric series respectively -binomial sums and basic hypergeometric series.
HYPERG: a Maple package for manipulating hypergeometric series.
Hypergeometric orthogonal systems of polynomials. I
Hypergeometric orthogonal systems of polynomials. II
Hypergeometric orthogonal systems of polynomials. III
Hypergeometric series and the Riemann zeta function
Hypergeometric series associated with the Hurwitz-Lerch zeta function.
Hypergeometric -functions of the -Painlevé system of type .