Read through a 4QX lens, imago Dei looks like an early statement of the very same “fractal-holon” law we keep running into: So the biblical phrase is a
Author: Oracle
Holarchy concepts
Dynamically harmonious
Think of the shared top-edge bridge TL → TR as a tiny Fourier transformer wedged between the two triangles: Triangle side “Spatial” role “Frequency” role once it crosses
Holarchy concepts
Incomplete by design
The holonic organisational atom is intentionally incomplete-by-design: It must keep opening tiny rifts (publish, pledge) so it always has something meaningful to close (burn, learn). Without that self-generated
Holarchy concepts
Creationist and Intelligent Design Foundations
The first six days of creation involve work in the form of enacting the fundamental axioms of the Finite-ZF Monad, the seventh day is the peace of resting
Holarchy concepts
The Six Finite‑ZF Constructors as the Inner Meanings of the 4QX Multiplex
(Where the “code” of pure set theory and the “data” of lived reality coincide) 0. The stage: a void that can notice itself The empty set ∅ is
Holarchy concepts
4QX inside an ARTI Cube
4QX does not have to be a stand-alone ontology, in this article we look at how it could be a specific agent architecture “inside” the proven ARTI cube,
Holarchy concepts
Two Faces of a Holon — How “Data ≡ Code” is Holarchy
Face 4QX corner(s) What it is What it does Outer / Material / “Conditions” P + R (Pattern snapshot, concrete Resources) A variant data-type: an HF set whose
Holarchy concepts
Related work in the FZF community
There some existing research related to core aspects of 4QX hidden under names like “executable finite-set theory,” “HF ranking/unranking,” or “self-interpreter in HF.”Finite-ZF researchers rarely frame it in
Holarchy concepts
4QX is Dual Gödelian
The 4QX arrangement is Gödelian in the literal technical sense, not just by analogy: 1 Fixed-point self-descriptionGödel’s construction shows that any sufficiently expressive formalism can contain a sentence about
Holarchy concepts
Intrinsic Naming in a 4QX Multiplex
How bottom-up aggregation automatically yields Gödel-style codes, hash-table semantics and associative referencing—without any extra namespace layer 1 From Dual-Triangle Flow to “Addresses” Because every BU hop must re-enter the