What if reality is not made of things—but of interaction?
For more than a century, physics has described the universe through particles, fields, forces, and spacetime. These models work extraordinarily well, yet they leave behind unresolved tensions: quantum nonlocality, measurement paradoxes, the nature of time, the origin of mass, and the apparent divide between quantum and classical reality.
Wave–Particle Interaction Theory (WPIT): Hypothesis I proposes a different starting point.
Rather than treating interaction as something that happens between objects, WPIT treats interaction as the process from which objects, properties, spacetime, and identity themselves emerge. Particles are not fundamental entities; they are stabilized interaction regimes. Space and time are not containers; they are reconstructed from coupling history. Quantum phenomena are not violations of reality, but expressions of unresolved interaction histories.
This book presents the ontological foundations of WPIT in a clear, structured progression—from energy and constraint, through spacetime and observation, into quantum behavior, classical stability, cosmology, life, and meaning. Established physics is not discarded, but reinterpreted as descriptions of interaction under different constraints.
WPIT: Hypothesis I does not claim final answers. It offers a coherent framework—one that dissolves long-standing paradoxes without invoking hidden variables, observer-created reality, or exotic substances.
If reality survives, it does so through interaction.
This book explores what that means.