This paper describes a computer tool designed to help engineering students with their work in learning basic concepts of electrical energy. The computer tool was built as a ...

In a very large program, it can be difficult to anticipate the consequences of changing a small part of the code on the rest of the program. Many conventional languages have ...

We present two Mathematica programs, FeynmanParameter and trace, that automate the evaluation of Feynman diagrams with loops. FeynmanParameter converts integrals over loop ...

We review the enveloping algebra of the 10-dimensional chiral sigma matrices. To facilitate he computation of the product of several chiral sigma matrices we have developed a ...

The purpose of this paper is to introduce an implementation of MathLink in LabVIEW and to demonstrate how this link will provide a whole new environment of develop ...

In this paper several examples of circuits obtained with an automatic synthesis algorithm are shown. The algorithm, described in a companion paper and outlined here for ...

This notebook contains some examples that make use of the InterCall compiler/interpreter available in Version 2 of InterCall. It includes examples in the following areas: ...

We present a recursive diagrammatic method for evaluating tree-level Feynman diagrams involving multi-fermions which interact through gauge bosons (gluons or photons). Based ...

VisualDSolve, a package developed by Dan Schwalbe and Stan Wagon, provides a wide variety of tools for visualizing solutions to ordinary differential equations. Some of these ...

Ninth on the May 1998 [MathSource Top 20] list and fifteenth on the June 1998 list was the Black-Scholes Option Pricing Model, by Ross Miller. This MathSource item is the ...