Using a MathematicaTM code, we present a straightforward numerical analysis of the 384-dimensional solution space of signed permutation 4×4 matrices, which in sets of four, ...

Appropriate reference for all Mathematica users, especially beginners. Introduces basic commands and fundamental concepts. Also includes examples from calculus, linear ...

Primarily this paper deals with an implementation of the Zero Set Technique [1] in the Mathematica programming language. In particular, use is made of the language's elegant ...

A new method for the computation of conserved densities of nonlinear differential-difference equations is applied to Toda lattices and discretizations of the Korteweg-de ...

This tutorial is intended as an introduction to symbolic summation within Mathematica. It discusses possibilities of the package Algebra.m. The tutorial does not assume ...

In the talk information on a new portal for algorithmic mathematics will be presented. The portal was opened at the beginning of 2006 and its aim is to develop dynamic web ...

Students will use their knowledge about solving and graphing logarithmic and exponential functions to explore, analyze, and solve problems involving real-life applications. ...

Recently Pawlowski and Raczka (P&R) proposed a unified model for the fundamental interactions which does not contain a physical Higgs field. The gravitational field equation ...

Computer algebra provides a powerful tool for research in mathematics and the applied sciences. A symbolic package which may be used to explore and derive Runge-Kutta methods ...

For linear dynamic circuits, the condition of the index to be higher than one is calculated symbolically. Using Analog Insydes a function for the computer algebra system ...