Harmonic Pulses & Matter Wave Theory
- Paul Marchegiani
- Jun 10
- 1 min read
P.S. March Wave & Harmonic Pulse Theory: Application to Matter, Motion, and Sound
Author: P.S. March
Abstract: What if all matter consists of resonant wave patterns in an infinite field, not particles? This white paper explores the application of the P.S. March Wave Theory to everyday physical phenomena, including the structure of matter, the experience of moving objects, and the propagation of sound. Rejecting the classical notion of particles as fundamental entities, this theory reframes all observable objects and behaviors as emergent, resonant patterns within an infinite, continuous quantum wavefield. A proposed conceptual equation is introduced to guide future exploration, along with an extension incorporating observer-dependent relativistic considerations. Recent simulations also demonstrate the theory’s ability to reproduce known atomic orbital patterns, harmonic pulse behavior, and refraction-like effects in structured fields.
Conclusion: Matter, motion, and sound are not separate physical categories but different expressions of the same foundational reality: interacting waveforms within an infinite field. “Particles” are not real things—they are naming conventions for persistent resonances. The world is not built of things—it is composed of form, rhythm, and resonance.
With the addition of the observer-relative formulation, curvature modeling, harmonic pulse simulation, and refraction dynamics, this framework not only accounts for structure and interaction but also for the subjective emergence of discrete phenomena from a continuous reality. Future investigations may refine these equations into predictive models, interactive simulations, or experimental test conditions.
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