The Dynamic Background Hypothesis

Unifying Gravity, Matter, and Quantum Mechanics through Vacuum Hydrodynamics

The Concept

What if spacetime is not an empty geometry, but a physical superfluid? What if particles are not point-like excitations, but topological knots in this fluid? What if gravity is just refraction?

This project explores a unified framework where General Relativity and Quantum Mechanics emerge as hydrodynamic limits of a single underlying medium: the Dynamic Background.

Emergent forces between topological defects (Simulation 02)

Key Pillars of the Hypothesis

1. Matter as Topology

Particles are stable solitons (vortices and Hopfions) protected by topological charges. Explore Simulations →

2. Emergent Gravity

Curvature is an effective description of density gradients. Light bends due to refraction. See Lensing →

3. Quantum Hydrodynamics

Wave-particle duality arises from the pilot-wave dynamics of the background fluid. Watch Interference →

Open Science Status

This is a living research project. All code is open source and reproducible.

Resource Status Link
Paper Preprint Available DOI
Code v1.0 (Python) GitHub Repository
Validation Phase 1 Complete View Results