The Hartree-Fock method for calculating the electronic structure of N-electron quantum dot systems was implemented in Mathematica using an easily-understood modular code. ...

We present the computer program FeynCalc for automatic algebraic calculation of Feynman amplitudes. The purpose of the package is to facilitate the process of calculating ...

A Mathematica package for color summed calculations in QCD (SU(Nc)) is presented. Color contractions of any color amplitude appearing in QCD may be performed, and the package ...

This paper is devoted to the symbolic calculation of the scattering coefficient in diffraction by a circular disk, by the use of Mathematica. Three diffraction problems are ...

In this paper we address the problem of calculating the free-state wave functions with predefined asymptotic behavior. It is shown that, in a number of cases, usable results ...

An important part of an introductory finance course discusses the derivation of the Modigliani-Miller (MM) capital structure propositions. These propositions explain how the ...

We present an extension to the Mathematica package SARAH which allows for Higgs mass calculations at the two-loop level in a wide range of supersymmetric (SUSY) models beyond ...

The classical problem of three bodies with variable masses is considered in the case when the masses of all three bodies vary isotropically. Solutions to the equation of ...

Amplitude equations are often used to describe marginally unstable phenomena in physical systems. Allowing for spatial modulation, the canonical forms for these equations are ...

A volume integral method for the calculation of Doppler ultrasound spectral power density (spd) functions is described. Axisymmetric flow in a circular tube with a power law ...