Same as strainTensorSpherical, but I didn't pre-compute the line element differentials myself, instead letting mathematica do the grunt work. phy454/strainTensorSphericalColumnVectors.cdf.Using the notation package for the first time to get results that make the mathematica notebook text intelligible as well as the final result.Īlso use the Collect function for the first time to group the results according to the differential products of interest. Hankle function fitting for e^$ with respect to the $n=2$ hydrogen atom wave functions.Ĭompute the cylindrical strain tensor components to second order. phy456/gaussian_fitting_for_abs_function.nb.Some variational method calculations for QM energy estimation. More Gaussian integrals and some that Mathematica didn't know how to do. Some trig integrals that I didn't feel like doing manually. phy456/problem_set_2,_problem_2,_verify_wavefunction_normalization.nb.Some integrals related to QM hydrogen atom energy expectation values. Probably messing around with a Lorentz force problem. misc/eigenvectors_of_a_cross_product_matrix.nb.Generate figures for arxiv 1104.4829 paper. Generate figures for square well and delta function well for ph圓56 notes. Generate figures for an electrodynamics problem set submission. Trying to do some spherical polar calculations. Same thing, simplified for stackoverflow question. Tried to find real parts and had trouble. Some very first basic attempts to use mathematica. phy2403-quantum-field-theory Quantum Field Theory I.Ĭhronological listing of Mathematica notebooks.gabook Exploring physics with Geometric Algebra.ece1254 Modeling of Multiphysics Systems.
"NotebookOpen." Wolfram Language & System Documentation Center. Wolfram Research (1996), NotebookOpen, Wolfram Language function, (updated 2016). Cite this as: Wolfram Research (1996), NotebookOpen, Wolfram Language function, (updated 2016).
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