Evaluation of pfaffians arises in a number of physics applications, and for some of them a direct method is preferable to using the determinantal formula. We discuss two ...

A fast and robust time-independent method to calculate thermal rate constants in the deep resonant tunneling regime for scattering reactions is presented. The method is based ...

A new efficient recursive numerical scheme is presented for solving a class of singular two-point boundary value problems that arise in various physical models. The approach ...

A finite difference method has been developed from scratch using Mathematica. Here, this method is compared to both a commercial software package and a theoretical ...

We shall discuss a method for obtaining parametric equations of a smooth curve that passes through a sequence of points, and compare it to cubic splines and to the method of ...

This is an unsupported release of COSY-PAK, a COntrol SYstems analysis PAcKage for symbolic control systems analysis using Mathematica 2.0 and higher. Classical control ...

This is an introductory graduate-student course in nonlinear programming. The focus is on theory and algorithmic methods for solving equations and for the related task of ...

In this study, we improve a new analytical method called the ‘Modified exp(-W(x)) expansion function method’. This method is based on the exp(-W(x)) expansion function ...

Five different methods for calculating a particular part of the Mandelbrot set using Mathematica are demonstrated in this notebook. The first method is to write a function ...

In this paper we present two methods of computing with complex algebraic numbers. The first uses isolating rectangles to distinguish between the roots of the minimal ...