|
Class Summary |
| BoxEigenstate |
BoxEigenstate defines the eigenfuntions and eigenvalues for a quantum mechanical particle in a box. |
| BoxSuperposition |
A superposition of particle in a box quantum eigenstates. |
| BoxSuperpositionApp |
BoxSuperpositionApp creates a linear superposition of quantum eigenstates. |
| Complex2DFrameApp |
Complex2DFrameApp demonstrates the use of a Complex2DFrame by displaying
a two-dimensional Gaussian wave function with a momentum boost. |
| ComplexPlotFrameApp |
ComplexPlotFrameApp demonstrates the use of a ComplexFrame by displaying
a one-dimensional Gaussian wave function with a momentum boost. |
| Eigenstate |
Eigenstate computes energy eigenstates for an arbitrary potential. |
| EigenstateApp |
EigenstateApp tests the Eigenstate class by calculating simple harmonic oscillator eigenfunctions. |
| GaussianPacket |
A Gaussian wave function with a momentum boost. |
| QMWalk |
A random walk quantum Monte Carlo model. |
| QMWalkApp |
QMWalkApp computes and displays the ground state of a quantum mechanical
system using the random walk Monte Carlo algorithm. |
| Schroedinger |
Schroedinger solves the time independent Schroedinger equation |
| SchroedingerApp |
SchroedingerApp displays a solution to the time-independent Schroedinger equation. |
| TDHalfStep |
TDHalfStep implements the half-step method for solving the
time-dependent Schroedinger equation. |
| TDHalfStepApp |
TDHalfStepApp solves the time-independent Schroedinger equation using the half-step algorithm. |