OpenWave

What is OpenWave?

OpenWave™ is an open-source subatomic physics simulator for exploring fundamental physics through classical field theory enriched with topology and nonlinearity: the scientific tradition of de Broglie-Bohm pilot waves, wave structure of matter, and modern topological-soliton models. The platform is python-based and lets you model matter and energy phenomena using wave-dynamics, topological defects, and nonlinear potentials, investigating whether particles and forces can emerge from deterministic field equations rather than being postulated.

OpenWave is a computational platform for testing candidate field-theoretic models against a specific, well-defined scientific question: can a classical Lagrangian field theory, when augmented with topology and the right nonlinear potentials, quantitatively reproduce specific particle-scale phenomena (Coulomb interaction, lepton mass spectrum, Zitterbewegung, quark confinement, annihilation)? — with concrete pass/fail criteria for each phenomenon, applied uniformly across the candidate models implemented in the platform. See the Scientific Position section below.

The…