Dynamic Fractals and Observer Theory: A Multilayered Exploration of the Nature of the Universe

This paper explores the integration of dynamic fractal theory and observer theory to redefine the nature of the universe. It challenges the traditional view of physical laws as universally applicable, proposing instead that these laws are perceptual results of an observer's interaction with fractal structures. By emphasizing the dynamic, recursive nature of the universe, the authors argue that stable phenomena are merely special cases within a broader fractal framework. The study also examines the implications of this perspective for foundational concepts in physics, such as general relativity and quantum gravity, and suggests experimental pathways for validation through quantum entanglement and gravitational wave detection. Ultimately, this work aims to provide a philosophical framework that fosters deeper interactions between theoretical physics and philosophy, offering new insights into the fundamental laws governing the universe