RHD: Complete RHD Mathematical and FAP Dossier, 782 Pages, 11/6/2026

Title: RHD: Complete RHD Mathematical and FAP Dossier: 782 Pages: 11/6/2026 Description / Abstract: This 782-page consolidated research dossier presents the Relational Horizon Dynamics (RHD), Factorization-Disrupting Density (FDD), and Forcing Alignment Protocol (FAP) research framework developed by Todd M. Sisca. The volume integrates mathematical investigations of Cohen forcing, dyadic singular measures, fusion and tiling, operator algebras, modular resonance, CAR representations, recoverable compression, and internally tuned modular compensation. The current release includes a seven-page constructive mathematical paper, a 160-page three-round FAP technical audit, and the complete previously bound 613-page source corpus. The latest audit records 5,184 scoped computational checks and 216 documentary claim-gate reviews, including corrections and negative controls. The work is a source-bound mathematical research compilation. Keywords: Relational Horizon Dynamics; Factorization-Disrupting Density; Forcing Alignment Protocol; Cohen forcing; operator algebras; modular theory; CAR algebra; singular measures; mathematical physics; AI-assisted verification. Tha author of the framework has tirgeminal neuralgia, double vision, and traumatic brain injuries, and uses AI reading/collaboratice-assist: in this case: GPT. #MightyMouse

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-06
DOI
https://doi.org/10.5281/zenodo.24013150
Primary Topic
Advanced Operator Algebra Research
Type
preprint
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preprint

RHD: Complete RHD Mathematical and FAP Dossier, 782 Pages, 11/6/2026

TODD SISCA
9 links
Zenodo (CERN European Organization for Nuclear Research)
Advanced Operator Algebra Research
preprint

RHD: Complete RHD Mathematical and FAP Dossier, 782 Pages, 11/6/2026

TODD SISCA
preprint en

Abstract

Title: RHD: Complete RHD Mathematical and FAP Dossier: 782 Pages: 11/6/2026 Description / Abstract: This 782-page consolidated research dossier presents the Relational Horizon Dynamics (RHD), Factorization-Disrupting Density (FDD), and Forcing Alignment Protocol (FAP) research framework developed by Todd M. Sisca. The volume integrates mathematical investigations of Cohen forcing, dyadic singular measures, fusion and tiling, operator algebras, modular resonance, CAR representations, recoverable compression, and internally tuned modular compensation. The current release includes a seven-page constructive mathematical paper, a 160-page three-round FAP technical audit, and the complete previously bound 613-page source corpus. The latest audit records 5,184 scoped computational checks and 216 documentary claim-gate reviews, including corrections and negative controls. The work is a source-bound mathematical research compilation. Keywords: Relational Horizon Dynamics; Factorization-Disrupting Density; Forcing Alignment Protocol; Cohen forcing; operator algebras; modular theory; CAR algebra; singular measures; mathematical physics; AI-assisted verification. Tha author of the framework has tirgeminal neuralgia, double vision, and traumatic brain injuries, and uses AI reading/collaboratice-assist: in this case: GPT. #MightyMouse

Zenodo (CERN European Organization for Nuclear Research)
Colorado State University (US)
Advanced Operator Algebra Research
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