The Universal Table as a Classification Framework for Emergent Physical States

Abstract
We introduce the Universal Table (TU) as a classification framework for organizing emergent
physical states within a universal collapse model. The TU provides a structured mapping
from ontological limits to observable configurations by categorizing regimes of differentiation,
stability, and geometric organization. Rather than predicting specific dynamics, the Universal
Table functions as a conceptual and structural map that unifies ontology, geometry, time, and
observables into a coherent hierarchical framework.