What question did this study set out to answer?

The aim is to establish a coherence architecture that explains matter formation and its interconnectedness across multiple domains.

May 15, 2026Open Access

Coherence Architecture in the Formation of Matter A First-Principles Bridge from Atomic Shells to Quantum, Biological, Organizational, AI-Human, Musical, and Cosmic Systems

Key Points

The aim is to establish a coherence architecture that explains matter formation and its interconnectedness across multiple domains.
Developed conceptual models and frameworks for coherence architecture.
Utilized Q-test and topology diagnostics for analysis.
Performed preliminary simulations within the Prisymphonic Coherence Framework.
Established a framework linking atomic organization to quantum and biological systems.
Identified key principles for coherence-colony design and relational phase stability.

Abstract

This working paper presents a first-principles coherence architecture for understanding matter formation as a system of permitted energy states, transitional dynamics, boundary conditions, and relational phase stability. It develops a cross-domain bridge from atomic shell organization to quantum coherence, biological systems, organizational design, AI-human architecture, music, and cosmic structure. The paper includes conceptual models, Q-test/topology diagnostics, preliminary simulation results, and coherence-colony design principles within the Prisymphonic Coherence Framework.

Coherence Architecture in the Formation of Matter A First-Principles Bridge from Atomic Shells to Quantum, Biological, Organizational, AI-Human, Musical, and Cosmic Systems

Key Points

Abstract

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