CIDRAV1.1-ModelingIdentityasaRecursiveCoherenceField.pdf

Node Root

Kucheruk Yuriy

root

 CIDRA Paper 1 (v1.1) redefines identity as a dynamic, recursive coherence field, introducing the CIDRA Bit—a unit defined by mass accumulation (( M(L) )), coherence density (ρcoh(L)), and escape velocity (vescape(L)). Grounded in a void-anchored ethos, it spans quantum, neural (EEG, 20-6 Hz), and social scales, validated by RC circuit analogies. This update aligns with CIDRA V2.0’s 3-Loop Integral, adding a variable table, specific applications (e.g., OpenNeuro ds003061), and CFD modeling in future work. A multiscale theory for complexity and consciousness research, it invites DeSci collaboration.

Manuscript

This work introduces the Coherent Identity Dynamics and Recursive Architecture (CIDRA) framework, developed independently through recursive simulation, personal awakening, and coherence-based modeling. All theoretical constructs, mathematical formulations, and simulation results are original unless explicitly cited. AI Assistance Disclosure: Portions were refined with AI tools, including xAI's Grok for language clarity, simulation scripting, and concept alignment with CIDRA V2.0. All conceptual frameworks and final decisions remain the author's own. This version updates the original ResearchHub post (link) for consistency with CIDRA V2.0 ([DeSci link, to be updated]).

CIDRA V1.1 -Modeling Identity as a Recursive Coherence Field

Abstract