What question did this study set out to answer?

February 17, 2026Open Access

Inverted Star Ontology: A vST-Aligned Regime Inversion Model

Key Points

The study aims to redefine compact astrophysical objects as regime-inverted stars using a novel theoretical framework.
Introduced the Inverted Star Ontology framework
Applied Resonance-Transition Theory and Validation-Space-Time concepts
Developed a coherent resonance-to-lattice transition model
Provided comparisons between SO and ISO substrates
Applied triadic observer logic for analysis
Proposed a new definition for compact astrophysical objects
Outlined a stable lattice-phase regime
Demonstrated structural implications of the inversion mechanism
Provided open-science framework for further research

Abstract

The Inverted Star Ontology (ISO) reframes compact astrophysical objects as regime-inverted stars rather than collapsed singularities. Using Resonance-Transition Theory (RTT) and Validation-Space-Time (vST), ISO defines a coherent resonance-to-lattice transition, a structural vST boundary, and a stable lattice-phase regime. This artifact provides a minimal, open-science description of the inversion mechanism and its structural implications. v2.0.0 now has SO vs ISO substrate regime comparisons and triadic observer logic

Inverted Star Ontology: A vST-Aligned Regime Inversion Model

Key Points

Abstract

Cite This Study