What question did this study set out to answer?

The aim is to provide a classification framework for emergent physical states within a universal collapse model.

January 16, 2026Open Access

The Universal Table as a Classification Framework for Emergent Physical States

Key Points

The aim is to provide a classification framework for emergent physical states within a universal collapse model.
Introduced a new classification framework called the Universal Table (TU).
Mapped emergent physical states from ontological limits to observable configurations.
Categorized different regimes of differentiation, stability, and geometric organization.
Established a structured mapping that unifies various concepts including ontology and geometry.
Demonstrated the TU's role as a conceptual map rather than a predictive tool.

Abstract

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

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