The present notebook shows how one can solve a system of nonlinear algebraic equations using NDSolve. The solution to the algebraic equations is indeed the steady state ...

To demonstrate some useful features of Mathematica's design, we turn to Benninga and Wiener's short paper on Value-at-Risk (VaR), the modern risk-measuring index. VaR is ...

In the absence of chaperone molecules, RNA folding is believed to depend on the distribution of kinetic traps in the energy landscape of all secondary structures. Kinetic ...

We consider the question about the number of master integrals for a multiloop Feynman diagram. We show that, for a given set of denominators, this number is totally ...

We present the tensor computer algebra package xTras, which provides functions and methods frequently needed when doing (classical) field theory. Amongst others, it can ...

This textbook on mathematical methods of physics is designed for a one-semester graduate or two-semester advanced undergraduate course. Formal methods are supplemented by ...

This study tested the hypothesis that the students who learned calculus through a calculus course based on the computer algebra system Mathematica would perform better, in ...

Theoretical details necessary to calculate arbitrary-order correction terms to vibrational-rotational energies and wave functions in Rayleigh-Schrödinger perturbation theory ...

Students will understand how to identify transformations of graphs and in what order. Conversely, students will be able to create graphs from basic functions using the rules ...

The package GROEBNER-Mathematica implements the author's Groebner bases algorithm in Mathematica. This implementation in its current form offers three different versions of ...