In this study, the Klein–Gordon equation in one spatial dimension is solved exactly for the generalized asymmetric Woods–Saxon potential containing the various forms of ...

Visualizing higher dimensional data can frequently be a challenge. We’ll look at recent additions and improvements to functions for visualizing your volumes, functions over ...

The aim of this electronic book is study Quantum Mechanics of the Bound Isotropic Systems with MATHEMATICA. Quantum Isotropic Rotator (Two-dimensional and Three- ...

This package implements the function EgyptianFraction[x/y, opts...] which converts the rational number x/y to a sum of distinct unit fractions. See my article "Ten ...

Mathematica, has a number of functions for linear and nonlinear optimization, all comes with the standard version. These include unconstrained, constrained optimization and ...

A simple Mathematica (version 7) code for computing S-state energies and wave functions of two-electron (helium-like) ions is presented. The elegant technique derived from ...

This supplement will provide all the necessary instructions to use Mathematica computational software to aid in solving Dynamics problems. You are encouraged to open your ...

This lesson helps students understand vibrating circular membranes, and explore their wave equations and overtone frequencies.

Sets up data structures for elliptic curves and implements elliptic curve addition and other functions.

The functions in this package provide an automated way of generating Matlab m-files from Mathematica expressions.