The Feynman Path Integral is a way of calculating the quantum-mechanical propagator G( xb, tb, xa, ta ), which gives the probability amplitude for a particle at position xb ...

TARCER is an implementation of the recurrence algorithm of O.V. Tarasov for the reduction of two-loop propagator integrals with arbitrary masses to a small set of basis ...

TARCER is an implementation of the recurrence algorithm of O.V. Tarasov for the reduction of two-loop propagator integrals with arbitrary masses to a small set of basis ...

Now that powerful software tools like Mathematica are both available and affordable for the academic community, the proper use of such tools needs to be more fully explored. ...

This item provides functions to simulate a back propagated neural network, to classify exemplars based on network results, and to examine graphically and numerically the ...

A “3D” Mathematica-generated picture of monopoles and Dirac strings in $D=2+1$ compact QED is given. In the Villian approximation, the monopole part of the partition ...

Intended for a one-semester course in optics for juniors and seniors in science and engineering, this book creates a simulated laboratory where students can learn by ...

This is an animation of how longitudinal waves propagate. It is illustrated for sound waves that propagate in a tube, and waves that propagate in a cylinder symmetry.

Heat kernel coefficients encode the short distance of propagators in the presence of background fields, and are thus useful in quantum field theory. We present a Mathematica ...

SimLOQC is a Mathematica package designed to simulate a linear optical quantum computer as originally proposed by Knill, Laflamme, and Milburn in the journal Nature vol. 409, ...