TheoDORE - A package for Theoretical Density, Orbital Relaxation and Exciton analysis

Generate isosurface from density data

Solving the time-independent Schrödinger equation for a particle in a 1D box using Python and visualizing its wavefunctions.

Numerical Simulation of Stern Gerlach Exeriment from scratch. Contains custom permanent magnet magnetic field sover, and 3D time-dependent wavefunction solver.

A Python tool for visualizing electron orbitals in atoms using interactive 3D plots.

An interactive python program to solve sudoku.

Visualization of cube files

Generated and plotted quantum wavefunctions for single particles and particles in potential wells

Modelagem de função de onda de hidrogênio e gráficos de densidade de probabilidade de elétrons

Implements the Time-Independant Schrödinger Equation numerically to solve for the stationary wavefunctions and energy states of a quantum system.

Quantum Tunnelling Simulation Site

Visualizing the Wavefunction and Probability density of a Particle in a 1D Infinite Potential Well