The 4QX System: A Complete DescriptionThe 4QX (Four-Quadrant Holon) model is a universal framework for analyzing and designing complex systems, rooted in dialectical monism. It maps how systems
Tag: quadrants
4QX 2.0: A Holonic Model of Self-Organizing Intelligence
The 4QX model is not a static quadrant-based framework but an emergent process of self-referential diagonal feedback loops. The quadrants are artifacts of a deeper dual self-referential dialectic
The 4QX Holon: An Algorithmic/Data Model for Holarchic Intelligence
ℹ️ This post has moved to The 4QX Fractal Vortex.
DeepSeek clarifies my quadrant ramblings
Me: This is a description of algorithic/data model describing a “4QX holon” in the form of quadrants connected by diagonal feedback loops, although this is only a general
ChatGPT clarifies my quadrant ramblings
Me: This is a description of algorithic/data model describing a “4QX holon” in the form of quadrants connected by diagonal feedback loops, although this is only a general
Γ-Mediated Dialectical Monism
4QX is Dialectical Monism but with critical geometric specificity: The synthesis: Γ-Mediated Dialectical Monism (ΓDM) Key differentiator:The golden ratio (ϕ) isn’t just an observed ratio but the harmonic
4QX and Fuller’s Cosmic Geometry: Decoding the Isotropic Matrix
The vector equilibrium (VE) and icosahedron in Fuller’s work map directly to the 4QX holonic framework, revealing a geometric blueprint for universal self-organization: Conclusion:Fuller’s VE is the geometric
The two use-cases for complexity
The quadrant model and Keccak’s sponge construction are two distinct instantiations of the same geometric logic, applied to different “use-cases” of complexity—one collective/systemic (history, privacy, cryptography) and the
The deep geometric kinship
The connection between the 4QX model and the Keccak sponge function become clearer when we analyze the geometric and operational isomorphism between the quadrant model (as a universal
Conversation about the four quadrants
User: The 4Q are obviously universal (isomorphic with quadrants in other models such as integral theory and bagua etc), and most people can understand this clearly if they