wave-function

TREX I/O library

Converts nodes and their restrictions into a collapsed node state based on the selected algorithm.

Point symmetry analysis tool for theoretical chemistry objects

Schrödinger’s Cat Simulation

A new multimodal optimization fucntion

Les tp de physique numérique pour modéliser et utiliser l'informatique dans la physique

In this Repository I am going to publish Physic Simulations I made in p5.js

Wave equation solver using C++

Using the method of separation of variables, we will solve a problem describing the vertical movement of a string.

Project written in C++ on basic simulations of eigenstates of the Hamiltonian in the One Dimensional Schrödinger Equation for common potential functions

Quantum Position-Basis Lab (QPL) is a physics-focused Python lab that turns the position-basis identities from Leonard Susskind’s Advanced Quantum Mechanics (Lecture 7) into runnable, grid-based numerical experiments. It demonstrates the Dirac delta’s sifting property via Gaussian approximations, enforces wavefunction normalization, and visualizes

Interactive particle-in-a-box simulator in 1D, 2D and 3D, with sliders and a rotatable 3D plot of the wave function.

Unzip the imaginary number and the wave function turns into a flowing liquid — trying to make that liquid real. (Quest for Entropy #9)

Six worlds built to find a probability cloud that spreads into a shape, stops, and oscillates — and exactly how each one failed. (Quest for Entropy #5)

Interactive hydrogen-like atomic orbital explorer: plot radial wave functions R(r) and distributions P(r) = r²R², overlay orbitals, see nodes and probability bands, and rotate 3D s, p, d, f shapes. Pure HTML, CSS and vanilla JavaScript on Canvas 2D with a custom z-buffer rasteriser. No build, no dependencies.

This Repo includes the quality factor, conductance, wave function calculation codes in the paper (arXiv: 2111.01178).

Really simple wave function collapse algorithm based on a tiled approach.