Research & Citations

HARCON™ References

Academic sources, foundational physics literature, and research citations underpinning the HARCON™ architecture and its theoretical foundations.

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Physics & Foundational Science

1 reference
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Substrate Stability Parameters ε and W_crit at the Actinide Collapse Regime: Anchoring Methodology and Forward Research
Jahns, R. W. — HarCon Group LLC Internal Report
📅 2026 📄 Internal Report — RSG §2.8 & §10.13 🔗 HarCon Group LLC
Documents the framework-internal adoption of two substrate-architecture stability primitives — the maximum recursive curvature strain tolerance ε and the critical modal-coherence threshold W_crit — as anchored input constants at the actinide collapse regime. The adopted values ε = 0.04 and W_crit ≈ 0.302 are fixed at the actinide regime independently of atomic-scale α. First-principles determination of both quantities from the framework's operator structure {R̂, Ê} is identified as forward research. The agreement of the substrate-primitive evaluation 1/(2εW_crit²) ≈ 137.056 with the measured α⁻¹ at 0.015% relative precision is presented as a cross-domain consistency check rather than a parameter fit.
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Research in Progress — Important Notice

The research and materials referenced on this page are part of an ongoing research project that is actively in development. The HARCON™ framework, including the Recursive Stability Geometry (RSG) architecture and all associated substrate-architecture parameters, represents work in progress and should be understood as such.

All results, values, derivations, and consistency checks presented in these references — including anchored constants, cross-domain evaluations, and forward research directions — are provisional and subject to revision as the research matures. The framework's first-principles derivations remain open research items, and empirical cross-validation across multiple collapse regimes has not yet been completed.

No guarantees are made regarding the accuracy, completeness, or finality of any result presented here. These materials are shared for research and informational purposes only and should not be relied upon as established scientific conclusions. Independent verification is encouraged.