Dynamic Flux Theory

This framework proposes that physical reality is not composed of static objects, but emerges from a continuous dynamic flux.

In this model, structure is not a given property of matter, but the result of constrained repetition within a non-linear system.

A system is said to exist when it maintains a stable dynamic pattern over time, despite internal variation and external perturbations.

Core Idea

Stability alone does not produce structure. Pure variation does not produce persistence. Observable phenomena arise only in regimes where repetition, constraint, and dissipation interact.

This leads to a redefinition of fundamental concepts:

• Space as variation magnitude
• Time as internal repetition rate
• Interaction as coherence between dynamic systems

Scope

The goal of this framework is not to replace existing physical theories, but to provide an alternative structural interpretation of emergence, stability, and interaction in dynamic systems.

The following sections present the formal definitions, governing equations, and observable implications of this approach.