Pragma
Theory of Everything
A theory of everything tries to explain why the successful pieces of physics fit together: quantum mechanics, spacetime, gravity, particles, constants, and observers.
OPH approaches that problem with one mechanism. Finite local systems compare what they share, repair disagreements, and form stable public records.
OPH has a local mathematical closure calculation with a verified solution. No link from that solution to a measured physical quantity is derived. It also explores whether the capacity of shared records could relate to the cosmological constant. That proposal has no selected physical value and makes no prediction.
A serious theory of everything has to connect pieces that are usually studied separately. It has to say how quantum theory, spacetime, gravity, particle physics, and observation belong to one world.
OPH explores whether they can be different views of one shared-record architecture. The same language of local systems, comparison, repair, and records is used across the framework.
Observer Patch Holography explores the idea that reality is a stable public world built from finite local viewpoints agreeing on shared data. The formal papers develop separate routes into quantum theory, relativity, particle structure, screen microphysics, and self-reference.
The larger claim is that one rule about shared records may organize the physics stack. The papers separate mathematical results from the physical links they do not derive.
The public route into the full OPH claim.
The flagship OPH synthesis and main technical entry point.
A technical route from observer overlap to spacetime and gravity, with its stated conditions and limits.
Two technical routes to Standard Model-related gauge structure, with the remaining physical questions made explicit.
A technical research route for particles and constants, with result status stated alongside each calculation.
It is a framework that explains how the successful parts of physics and observer existence fit together in one structure.
Observer-overlap consistency. Local patches compare shared data, repair mismatch, and settle into stable public physics.
Start with the theory-of-everything pillar page, then the main paper, then the compact Standard Model and gravity paper.