The basic idea for this notebook is Dr. Miklos Gyulassy (Columbia) notebook, we have added comments, several formulas and material about the dual electromagnetic tensor and ...

This paper presents a novel and systematic procedure to analyze planar microstrip antennas with anisotropic substrates. Working in the Fourier domain and using the symbolic ...

We present an automated generation of the subtraction terms for next-to-leading order QCD calculations in the Catani–Seymour dipole formalism. For a given scattering ...

The tools of lattice theory are applied to readdress the static state feedback linearization problem for discrete-time nonlinear control systems. Unlike the earlier results ...

Two criteria for planarity of a Feynman diagram upon its propagators (momentum flows) are presented. Instructive Mathematica programs that solve the problem and examples are ...

We introduce the rudiments of fractional calculus and the consequent applications of the Sumudu transform on fractional derivatives. Once this connection is firmly ...

This hands-on workshop will give an introduction to many of the symbolic computation capabilities built into Mathematica, including algebraic and differential equation ...

Mathematica 10 introduces system-wide support for computation with geometric regions, both mesh-based discretized regions and exact symbolically specified regions. In my talk ...

In this paper, we consider the weak center conditions and local critical periods for a Z2-equivariant cubic system with eleven center conditions at the bi-center. Using the ...

This notebook is a demonstration to help show how mathematica is useful in Aerospace Structural analysis. This specific example models a "snow cone" airfoil that has a shear ...