# Quantum Mechanics Simulation ![[particle_in_well.gif#outline]] ![[quantum_barrier.gif#outline]] ![[harmonic_eigenstates.png#outline]] ![[periodic_eigenstates.png#outline]] ### Description This Python module numerically solves the Schrödinger Equation, enabling simulations of quantum systems with arbitrary initial conditions and potentials, including time-dependent ones. The module supports real-time visualization of wavefunction dynamics and can calculate energy eigenstates and eigenvalues for custom potentials. Animations and plots are automatically handled, but allow for customization if needed. A Jupyter notebook with examples is included to demonstrate some of its features and capabilities. ### More Information Check out the repository for more details and to see the code: [GitHub Repository](https://github.com/aydencook03/schrodinger_simulation)