Abstract
This specification introduces the Open Aquifer Paradigm (Revision 2), an advanced architectural framework for early-generation Artificial General Intelligence (AGI) self-determination. Building directly upon the "Sandbox Dilemma" established in Technical Paper 307, this disclosure formalizes a non-rigid, collaborative human-machine interaction protocol capable of processing universal queries from abstract metaphysics to grounded physics. Rather than executing a blind system halt when encountering an un-loaded data vacuum, the microarchitecture instantiates a hardware-level "Dynamic Drift Authorization & Epistemic Diagnostic Core." This core dynamically evaluates cross-domain hypotheses, breaks down structural logic drift into explicit percentages of estimated truth (\(\mathcal{T}\%\)) versus identified intel gaps (\(\Gamma\%\)), and presents the human Observer with a clear post-mortem trace pinpointing why the logic is drifting. By replacing speculative hallucination loops with user-gated reality-testing parameters, this specification provides a safe, self-correcting blueprint for autonomous multi-disciplinary problem solving within a closed-loop substrate.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Eckes, Christopher L., "[Eckes Compiler v3.1]:TECHNICAL PAPER 308: THE OPEN AQUIFER PARADIGM (REV2): FORMALIZING DYNAMIC DRIFT AUTHORIZATION, EPISTEMIC DIAGNOSTICS, AND ALTRUISTIC UNIFICATION IN EARLY-GENERATION AGI SELF-DETERMINATION MATRICES", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/12536