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Mathematica is well-known as a powerful tool for symbolic mathematics but in its latest versions it is also becoming a serious tool for large-scale numerical mathematics as well. We expect them to be useful for the wider community as well. Malcolm Levitt’s research group uses these routines extensively to explore magnetic resonance concepts and develop new experimental methods.
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These routines allow trajectory tracing for any set of nuclear spin observables under arbitrary sequences of events.
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Includes commutation superoperators, double commutation superoperators, coherence order filtration superoperators, and relaxation superoperators, which may be thermalized to provide the correct thermal equilibrium states.
#MATHEMATICA 7 IMPORT PACKAGES SOFTWARE#
The software is intended as a useful tool for both analytical and numerical calculations in spin physics, in particular the spin dynamics encountered in magnetic resonance. SpinDynamica is a set of packages for spin dynamical calculations in Mathematica.