This Mathematica notebook provides many functions that are useful when designing Infinite Impulse Response (IIR) filters. This notebook is limited to Butterworth and ...

All students taking this course use Mathematica to complete the exam. Topics: Introduction Mathematical preliminaries The continuous wavelet transform Discrete wavelets and ...

FeynCalc 3.0 is a Mathematica package for Feynman diagram calculations in elementary particle physics. TARCER is a FeynCalc-compatible program to calculate massive two-loop ...

In this paper the diffraction of a plane first-order solitary wave at a vertical cylindrical wall with calculation of the wave loading on the movable upright rigid cylinder ...

This is a Mathematica notebook containing functions and graphics of interference and diffraction patterns. Pictured here is a surface of Fresnel Diffraction, described ...

This paper is concerned with the consequences of calculating the two-variable invariant polynomials associated with representations of braid groups (Jones polynomials). ...

The regular polytopes in four dimensions can be generated easily by the judicious use of their symmetry groups, and can be rendered in three dimensions in sterographic ...

Predicting the three-dimensional structure of a protein from its amino acid sequence is an important and difficult problem. We present an integrated approach that uses an ...

In this interview, conducted in a small cafe in Northern California, Wolfram discusses his educational background, some of the history of Mathematica, and his view of its ...

This article presents several elegant Mathematica constructs, using them to solve some example problems. By an elegant program I mean not only one that minimizes the number ...