Traditional uses of computers in education include skill drills, tutorials, simulations/demonstrations, training in the use of software packages (e.g., word processors), and ...

Exploration of some sort has always been an important part of the scientific method. In the last few decades, with the advent of exponentially increasing available computing ...

We have implemented the differential method in Mathematica for the calculation of diffraction grating efficiencies in the soft X-ray region. The program has been tested by ...

This is the first installment in the electronic publication of "EXPLORING NEURAL NETWORKS WITH MATHEMATICA", an extensive collection of instructional notebooks developed in ...

In this talk we would like to present MoMAMath, an on-line interactive software for mathematics learning, based on Mathematica and WebMathematica. The software has been ...

Annotation to the book "Discrete Mathematics. Learning to program in Wolfram Mathematica" Discrete mathematics is a necessary basis for the career of an applied mathematician ...

Cartesian tensors describe the optical polarization properties of nonlinear optical effects in molecules. Two-index tensors describe two-photon absorption; three-index ...

Concentrating on the computer-based course, Calculus&Mathematica, the author considers the merits and addresses the concerns raised by critics of technology-based instruction.

Following my earlier book "An Introduction to Mathematica for Civil Engineers" I have compiled another, "Using Finite Elements to Analyse Structures in Mathematica." Both ...

Uses the simple rule-based programming style of Mathematica to minimize the amount of programming needed to create, run, visualize, and analyze cellular automata simulations ...