Matter Dynamics Engine (MDE) pillar
Matter Dynamics
Electromagnetic and field simulation in one engine. Matter Dynamics Engine (MDE) brings BFDTD, BFDFD, and calibration work into a single workflow for research and design.
Try it
A breathing particle, solved in your browser.
This is a real 2D finite-difference time-domain (FDTD) solver running live — the same family of method behind BFDTD. The emitter is a breathing membrane: a localized core that rhythmically expands (wave-like) and contracts (localized), at a rate set by its mass. Choose what its field then meets — free space, a double slit, a material block, or a photonics waveguide — change the breathing rate, or click anywhere to add energy.
Illustrative, in-browser model for demonstration. The breathing-membrane view is a simplified visual of the Membrane Theory concept, not a calibrated engineering result or a representation of protected solver internals.
Matter Dynamics Engine (MDE)
Field simulation for research and design.
Matter Dynamics Engine (MDE) focuses on electromagnetic simulation, source modeling, calibration, and repeatable study workflows. Online and desktop access give researchers a practical way to work within one simulation family.
Matter Dynamics Engine (MDE)
Matter Dynamics Engine (MDE) in action.
A rotating look at Matter Dynamics Engine (MDE) field studies — BFDTD and BFDFD field grids, source profiles, photonic responses, resonator modes, and calibration profiles.
Access the tool
Work online or install the app.
Start online for quick access, or choose a desktop edition when it becomes available for your platform.
The science
The Membrane Theory behind it.
Short, plain-language derivations from the Membrane Theory papers — each with the real equations and a live graph. Open any topic from the tabs in the page margins, or read them here.
Membrane Theory is an in-development research framework — its own definitions and derivations, not established physics.