quantum-visualizations/qmsolve

Health v2 · maintenance only

Adoption not part of the score

1169 stars · 155 forks observed · 2026-08-28

What it is AI-extracted, prompt v1, taxonomy v1, 2026-08-30, confidence not recorded

A Python library for solving the Schrödinger equation for one and two particles and visualizing the resulting eigenstates and time-dependent wavefunctions in 1D, 2D, and 3D. It discretizes user-defined Hamiltonians, diagonalizes them efficiently, and offers interactive visualizations including superpositions of eigenstates.

Use cases

• solve the schrodinger equation in python
• visualize quantum wavefunctions in 2d and 3d
• compute eigenstates and energies of a potential
• simulate time evolution of a quantum system
• teach quantum mechanics with interactive visualizations
• model a harmonic oscillator or particle in a box
• study superpositions of eigenstates interactively

When to choose

• you need an easy-to-use Python solver for single- or two-particle quantum systems
• you want interactive visualizations of eigenstates and wavefunction dynamics
• you are teaching or learning quantum mechanics and want concrete simulations
• you need energies and eigenstates for arbitrary user-defined potentials

When to avoid

• you need ab initio quantum chemistry or many-body methods beyond two particles
• you require high-performance production-grade solvers for large-scale scientific computing
• you need relativistic quantum mechanics or quantum field theory simulations
• 3D plotting is required but you cannot install Mayavi

Facets

library · maturity active

simulation data-visualization math simulation data-visualization education python cross-platform quantum-mechanics schrodinger-equation wavefunction eigenstate-solver physics-simulation scientific-computing physics

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markdown · JSON · MCP: product_card(name="quantum-visualizations/qmsolve")