Here is a listing of my mathematica notebooks. The most recent of any of these notebooks can all be obtained from my github Mathematica repository.
The Wolfram CDF player can also be used to view a number of these notebooks after download.
Use the labeling app for a figure
Output of kittelCh2Fig1App.nb
Plots for lecture 2
Generated notebook for plot for lecture 2, figure 7
Check normalization of central limit theorem binomial fair coin result vs result given in class ... these are off by a factor of two
Plots and integrals for problem set II.
Labeling app generated notebook
problem set 3 calculations and figures
SHO elliptic plot. Have a Manipulate driven illustration of Liouville's theorem, showing the trajectory of an area in the phase space, allowing observation of the area invariance as it distorts around the path.
Plot of unfair coin binomial and the Gaussian approximation.
Plots for chapter 3, problem 1. Used the new mathematica 9 PlotLegends, a bit better than the version 8 implementation, and now built in.
Jacobian transformation, for the change of vars for the volume element from Cartesian cylindrical coordinates.
integration of $x^2 + y^2$ over a circular quadrant. Used as an example in the easy way hyper volume discussion
Jacobian calculation for phase space change of vars, Cartesian to spherical. Also verifies the hand calculations for the momenta in spherical coordinates
verify the collision of two equal masses statement made in class. Particles swap velocities. The other solution is that the final velocities equal the initial.
Problem set 4 stuff
Problem set 4 stuff
Kittel problem 3.6 plots
plots and rough calculations for problem set 5
plots and rough calculations for problem set 5
Expand and simplify some hyperbolic products. This took a bit of coercion, surprising for a simple expression. To do the simplification, I had to use all of TrigToExp, Expand, Simplify, Numerator, Denominator, ExpandAll, ExpToTrig
Plot and messy algebra bits for Pathria problem 3.30
Try to Plot the Fermi occupancy. This doesn't behave well numerically at low temperatures
Kittel zipper problem and plot. Found how to use Placed PlotLegends with {Left, Top} instead of Left, to get the legend into the figure for use in Save As.
Plot the period boundary conditions density. Used Mathematica Map, pure functions, Placed PlotLegends, ToString, Text, text concatonation operator
Lecture 16, Integral verification for thermal de Broglie lambda calculation.
Some rough calculations and plots that were discarded for ps6 p2. Mathematica functions of interest: Map, Evaluate, Flatten, pure functions, Assumptions
Numerical calculation for Nucleon energy
Boltzmann indefinite integral
problem 1 Plots for occupation number averages. Another use of pure functions and Map, for both the set of functions to Plot and for the Text of the Placed PlotLegends. Problem 2 numerical calculations for Bose condensation temperatures.
figure 2 plot
Lots of stuff, calculations and plots, for Huang 9.3 problem: relativistic gas
Verify definition of negative integer binomial coefficient for an exponent value of -2. Used pattern matching /. for the first time in this notebook
Plot Einstein function and approx from Pathria equation 7.3.10
Pathria 7.4 integrals for calculation of mean phonon drift velocity
Plots showing the relative error of a Stirling approximation
Plot for spinZeroBoseCondensation.tex, final exam reflection, problem 2