Fractal Mathematics and Information Physics as a Model for the Universe

Fractals have fascinated scientists and mathematicians for decades with intricate patterns and self-similarity across scales. Information physics was conceptually developed as the 5th state of matter in 1945 providing a conceptual basis for holographic and simulation universe models. Both Pi and the Fibonacci series are fractal, deriving from iterated equations; one or the other being observed at all levels of dimensional inspection.

A new model has been developed that connects fractals and information physics. This model runs parallel to the standard model. It replaces states of matter built from quarks with fractal compression states of information. It replaces force carried by bosons with force resulting from transitions in compression of information into larger fractal bits. Different states of matter and energy are replaced combinations of quantum bits with differing amounts of compression and quantum change.

One result was to reduce the 26 parameters of the standard model to one or two. Another result is an explanation for things as diverse as space-time and black holes. The model unifies gravity, strong force and magnetic repulsion. It shows the point of transition between Pi and Fibonacci based dimensional effects.

The model has been tested against observations. It has profound implications for our understanding of the universe, providing a new way of thinking about the nature of reality. It opens new possibilities for research and development.