Lattice Field Medium
Simulate known physics with two coupled equations
Run open-source simulations for gravity, electromagnetism, quantum behavior, and cosmology from a single lattice framework.
pip install lfm-physicsCore Simulation Equations
The framework evolves two coupled lattice equations each timestep. These equations power every demo and benchmark on this site.
Interactive Experiments
Binary Orbit
Two masses orbiting via chi field gradients with real-time parameter control.
Quantum Tunneling
Wave packets passing through potential barriers on the lattice.
Gravitational Lensing
Light-path deflection around massive objects through chi field distortions.
Double Slit
Quantum interference patterns from wave dynamics on a discrete lattice.
Three-Body Problem
Chaotic dynamics of three gravitating masses in the chi field.
EM-Thermo Coupling
Electromagnetic and thermodynamic coupling between lattice fields.
Approach
GPU Simulations
These are real simulations running the LFM governing equations on GPU, not pre-rendered visualizations. Every result is computed from the wave equations.
Open Source
All code is public on GitHub. Inspect the physics engine, verify the math, run your own tests.
Interactive Parameters
Adjust simulation parameters in real-time and observe how the coupled wave system responds.
Energy Conservation
Every simulation tracks energy drift. Conservation laws hold to <0.01%, as documented in our OSF/Zenodo records.
Publicly Disclosed Research
This website demonstrates the Lattice Field Medium framework, an open research project with public disclosures on OSF and Zenodo. It has not yet undergone formal peer review.