Simplified handling of terabyte-size distributed data sets is critical for many of today’s toughest computational problems. For example, a 10MB data file generated by an ...

In the present paper, the residue curve map (RMC) for the ternary system chloroform-methanol-acetone is computed with the help of Mathematica using two methods. The first ...

The capabilities of Mathematica add many possibilities for notebook manipulation and interface design. This notebook describes a few of those tools by way of a calendar ...

This column develops a simple model of a venture capital business to show how Mathematica can be used to obtain insight into risky business decisions.

The use of rational approximants to simulate the natural boundary of a function is examined. Determination of the poles of the approximants illustrates the enormous power of ...

This Notebook shows how Mathematica can be used in the analysis of engineering problems. We examine the specific example of a linear array of dipole antennas.

Mathematica notebook containing animation of a few perspectives of G. Schwarz's flat Moebius strip S, and the Frenet frame on the central geodesic of S.

Mathematica notebook describing many aspects of graphics programming including function plotting, animation, color, converting and combining images, and coordinate systems.

LagrangianEquations.nb is a sample notebook illustrating how to use Mathematica to solve advanced theoretical mechanics problems using Lagrange's equations.

PrimeKit is a Mathematica notebook implementations of all algorithms in Prime Numbers: A Computational Perspective, Second Edition.