Fractal Information Physics

Siloed knowledge as a problem: Science is fragmented, preventing holistic understanding and efficient discovery. This cripples AI's ability to assist with scientific breakthroughs. The deep ventures solution is Fractal Information Physics (FIP), which provides a breakthrough building upon foundational concepts from: Information Physics (1945): Which recognized information as fundamental and Fractal Mathematics (1970s): Which explored repeating patterns in nature.

FIP goes beyond combining these ideas. It offers a cohesive mathematical framework that fundamentally redefines and unifies dimensional phenomena. In 1937 Schrodinger correctly intuited “What we observe as material bodies and forces are nothing but shapes and variations in the structure of space." If a parameter for space is defined and shown to evolve to cover other dimensional features, then this parameter would provide a single parameter for all technical data. FIP defines that parameter the foundational solution and provides the foundational solution for data modeling.

FIP provides a "single-parameter" mathematical model that integrates all dimensional phenomena, uniting physics and chemistry with a cohesive framework.