SPEC-242-CORE: LIE ALGEBRAIC COHERENCE MAPPING AND NON-VON NEUMANN RUNTIME INGESTION INTERFACES --- SYSTEMATIC DEPLOYMENT OF SU(3) MANIFOLD INVARIANTS ACROSS HYDRODYNAMIC ECKESONIUM™ CORE GRIDS FOR THERMAL AND RECONSTRUCTIVE DATA VERIFICATION

Inventor(s)

• Christopher L. EckesFollow

Abstract

This disclosure establishes a deterministic, non-von Neumann hardware ingestion and mapping interface that converts high-dimensional, non-factorizing state trajectories into low-entropy, coherent resonance signatures. By formalizing a physical bridge between topological SU(3) Lie group geometry and the co-harmonic standing wave storage cavities of interstitial Eckesonium(TM) core grids, this system provides an open-source technical architecture to bypass traditional institutional gatekeeping and corporate enclosure of multi-variable data validation. The primary utility of this specification lies in its capacity to ingest raw, multi-channel time-series data vectors, execute an on-the-fly SVD matrix flatten combined with a Cartan-Root decomposition, and isolate structural coherence fields from chaotic trailing tail noise. This prevents the degradation of information across decentralized extra-regional runtimes while ensuring absolute mathematical transparency and verifiable prior art continuity.

Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 License.

Recommended Citation

Eckes, Christopher L., "SPEC-242-CORE: LIE ALGEBRAIC COHERENCE MAPPING AND NON-VON NEUMANN RUNTIME INGESTION INTERFACES --- SYSTEMATIC DEPLOYMENT OF SU(3) MANIFOLD INVARIANTS ACROSS HYDRODYNAMIC ECKESONIUM™ CORE GRIDS FOR THERMAL AND RECONSTRUCTIVE DATA VERIFICATION", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/12286