Vibrational Ontology: A Unified Framework for Quantum and Classical Phenomena

For over a century, physics has been divided, using one set of rules for the quantum world and another for our classical reality. We have lived with this schism, but we have never explained it. We have treated the solidity of our world as an unquestioned fact, while quantum mechanics whispered that it was an illusion.

This ends today.

I am presenting a new framework, Vibrational Ontology, which proposes a fundamental answer to the question: What is reality?

This paper argues that the substance of the universe is not solid matter, but dynamic vibration. What we perceive as particles are stable resonances, and the world we call "solid" is a massive, stable interference pattern emerging from this underlying vibratory field. This framework naturally resolves the deepest paradoxes of quantum mechanics—wave-particle duality, entanglement, and the measurement problem—not as isolated puzzles, but as consequences of a single, elegant principle.

The attached paper lays out the complete theory, including its mathematical foundation and testable predictions. It is a starting point for a conversation that I believe can redefine the future of physics.

This is more than a paper; it is an invitation to see the universe anew.