Currently available software for special functions exhibits gaps and defects in comparison to the needs of modern high-performance scientific computing and also, ...

In this issue’s Corner I want to take a break from making Riemann surface pictures and talk about some of my regular work. Over the last four years I have, together with my ...

The R-matrix method, introduced by Wigner and Eisenbud (1947) [1], has been applied to a broad range of electron transport problems in nanoscale quantum devices. With the ...

The HarmonicFunctionTheory Mathematica package performs symbolic manipulation of expressions that arise in the study of harmonic functions. This software, which is available ...

The flow of the Riemann zeta function, _ s = (s), is considered, and phase portraits are presented. Attention is given to the characterization of the flow lines in the ...

The three golden rules for a successful project: education, education, and education. Certainly they hold for many Mathematica projects. Mathematica proficiency is achieved ...

When justified, moment methods may be used to evaluate probability density and distribution functions. These methods are particularly useful when moments are the only ...

A standard procedure for the orthormalization of functions is the Gram-Schmidt method. It can be implemented in computer algebra systems like Maple, Mathematica, or MUPAD in ...

Algorithms for the explicit symbolic and numeric evaluation of Jacquet’s Whittaker function for the GL(n,R) based generalized upper halfplane for n ≥ 2, and an ...

The Wolfram Functions Site functions.wolfram.com contains the largest collection of identities for elementary and special functions ever assembled. The site is generated from ...