About the Work

The Information-Geometric Universe Theory (IGUT) explores whether spacetime, gravity, and large-scale cosmological structure can be understood as emergent features of an underlying information-geometric framework, rather than as fundamental primitives. The goal of this work is to investigate whether known physical behavior can arise naturally from constrained informational structure, without introducing speculative entities or adjustable parameters beyond what the framework requires.

IGUT is presented as an evolving research program rather than a finalized model. The accompanying papers are intended to be read as structured proposals: outlining assumptions, deriving implications, and identifying points where the theory may succeed, fail, or require refinement. Readers are encouraged to approach the work critically, treating it as a foundation for examination rather than a definitive solution.

This theory does not claim to replace established physical theories wholesale, nor does it assume conclusions beyond those supported by its internal structure and compatibility with existing results. Its purpose is to offer a constrained, testable perspective that can be evaluated through mathematical consistency, empirical comparison, and ongoing critique over time. The emphasis throughout is on clarity, constraint, and testability rather than speculative breadth.