A collection of self-contained, interactive, computational examples from the fields of scanning tunneling microscopy, atomic force microscopy, and related technologies. ...

Introduction to Mathematica with applications based on well-known problems taken from physics, chemistry, and biology. Special emphasis on analysis, linear algebra, and ...

A new program makes it easier to include Mathematica graphics in LaTeX documents and allows the use of LaTeX to typeset labels in graphics.

Contains a set of Mathematica projects to accompany a calculus program. Designed to facilitate an understanding of the fundamental ideas of calculus and its application to ...

This text is designed for a one-semester introductory course in linear algebra. It uses Mathematica notebooks and packages to provide an interactive learning environment of ...

An examination of the application of Mathematica to the fundamental operations of physics. Includes coverage of linear algebra, vector fields, classical physics, waves, and ...

This paper explains a Mathematica program that computes the degrees of Schubert varieties on the flag manifold G/T for G = U(n), SO(n), and Sp(n).

An introduction to mathematical computation using Mathematica.

Invitation to Calculus with Computation using Mathematica

The paper presents the application of Mathematica for analytical solution of partial differential equations of thin shells of revolution. The systems of equations of ...