More General Relativity

How does a possible outcome become a measurable event?

More General Relativity explores this question through a relational interpretation of physical reality. It begins with a simple proposition: what we recognize as an object, property, event, or law becomes distinguishable through relationships and interactions.

The book follows a proposed sequence from potential and difference to alignment, resolution, consequence, and manifestation. Along the way, it examines how objects retain identity, how boundaries shape what can be observed, and how time, causality, symmetry, and chaos may appear differently across scales and observational windows.

General relativity and quantum mechanics are treated as powerful, established frameworks with different strengths. General relativity describes physical consequence within spacetime geometry; quantum mechanics predicts possible outcomes while measurement remains open. More General Relativity asks what conceptual process may connect unresolved possibility with an established event.

This is an interpretive work in the foundations and philosophy of physics-not a mathematical textbook or a completed, experimentally validated physical theory. It does not claim to replace existing physics. It presents a framework for readers to examine, question, and assess.