The 4QX model is not just a useful framework for organisation — it must be the fundamental way that existence is structured. It’s the default meaning of void
Blog
Holarchy concepts
Multiplexing and Scale-Independence
The multiplexing process ensures scalability by being scale-independent—it applies uniformly regardless of the state or context of an instance Key Points on Scale-Independence in Multiplexing Thus, the key
Holarchy concepts
Quadrants and diagonals
A co-evolutionary loop requires an end from both fundamental dichotomies — ”collective vs. individual” and ”behavior vs. embodiment” — because self-organization is inherently a process of reconciling internal
Holarchy concepts
Dynamic vs. Static Equilibrium in Holarchy
In the holarchy model, equilibrium is inherently dynamic rather than static. The system is self-organizing and evolutionary, meaning that it maintains stability through continuous adaptation, rather than reaching
Holarchy concepts
Holarchy and the price mechanism
Consumer demand is the aggregate result of the economic value-judgments of all the individual consumers. Thus, it is the values of individuals, expressed through their demand for various
Holarchy concepts
Some UX thoughts
Nodal InterfaceThe nodal interface represents a visual and interactive way to organize and connect ideas, tasks, and information. It’s akin to a mind map or TheBrain, where related
Weekly updates
Weekly update
This week saw significant activity across various repositories. Saul was particularly active, with multiple commits to flux-workflow focused on improving dataflow calculation, control node management, and rule subject classes. They also made
Holarchy concepts
Scale-independent workflow
In the workflow context, a class is best understood as an ”organisational role”. Once instantiated, it performs various behaviours dynamically with respect to its local environment. It can
Holarchy concepts
Relating a holon to workflow
We can think of the multiplexed instance tree as a queuing system. The links between the workflow nodes (async functions leading from one to the next) are like