When I was a student the only tools we had to help solve mathematics problems were pencil, paper, trig and log tables, and a slide rule. Much has changed since then and the ...

Since 1986 I have been using Mathematica in a variety of ways to do my sculpture--Theorems in Stone and Bronze. This talk will present a number of my sculptures and the ...

The attached notebooks (updated in May 2004) provide documentation on most programming and graphics features in Mathematica, and often show how to do useful things that are a ...

This unique book is a collection of Mathematica notebooks, designed to be used through the Help Browser. It is mathematically complete enough to be used as a text for a ...

Notebooks highlighting new features in Mathematica 5.1. A zip of all notebooks is also available. See the What's New in Mathematica 5.1 page product pages for more ...

Comprehensive, hands-on guide to the Mathematica programming language. Offers a self-contained overview of Mathematica's high-level language, featuring real-world programming ...

Mathematica 8 includes an advanced set of image processing functions to perform segmentation, registration, feature detection restoration, morphological analysis, and much ...

Explores Mathematica as a means of solving relevant mathematical problems typically encountered by students at a technical institute or university.

An introduction to Mathematica's unique Notebook interface. "The kernel does calculations. The Notebook interface does everything else."

Martin Newell's teapot is rendered in Mathematica using a Bezier surface fitted to a given set of control points.