1-Dimensional Simulation of the Schrodinger Equation.

• Stable simulation of unitary evolution.
• Stable time acceleration.
• View evolution of wavefunction in different bases.
• Measure observables and simulate the collapse of the wavefunction.

Simply run main.py.

• The real and imaginary parts of the wave function are plotted in green and blue, respectively.
• The magnitude of the wavefunction is plotted in white.
• The potential is only visible in the default (position) basis, and is plotted in yellow.

Requires the following libraries on Python 3:

• PyQt5
• Numpy
• Scipy
• pyqtgraph

• Does not yet support time-varying potentials.
• Currently supports only one-dimensional wavefunctions.
• Components with very high energy are discarded to improve numerical stability.

• If the simulation runs slowly, try decreasing basis_size in main.py to 256. If the problem persists, decrease discretization_size to 512. Note, however, that this will decrease the simulation accuracy.