To become proficient problem-solvers, physics students need to form a coherent and flexible understanding of problem situations with which they are confronted. Still, many ...

Many mathematical concepts in analysis (and in most other subfields of mathematics, except perhaps finite mathematics) involve "change" and some kind of limiting process. ...

Numerical differentiation formulas based on interpolating polynomials, operators and lozenge diagrams can be simplified to one of the finite difference approximations based ...

Although it is in principle possible to compute dispersion curves for a buried low-density channel by numerical means, the interpretation of such results is fraught with ...

A reverse force analysis of a spatial three-spring system is presented which determines equilibrium positions when an external force is applied. The system consists of three ...

The Fril fuzzy data browser is a software tool which can automatically derive rules from large bodies of data. The data need not be completely known, and the derived rules ...

On constructing CPM propagators with an abundant number of terms by Mathematica, we have shown that the CPM[N,Q], where N is the number of polynomial terms by which the ...

By means of Mathematica programming, we construct algorithms enabling us to evaluate various statistical quantities such as moments, correlation function matrices, and ...

This talk will cover creating notations in Mathematica. It will progress from creating basic notations to details on creating templated structures via TagBoxes and the ...

MathOptimizer is a Mathematica application package that provides tools for solving a very general class of global and local optimization problems. It is particularly suited ...