Biosophy is the framework; covolution is its core dynamical principle. Biosophy describes what the universe is, a computable, connected information system. Covolution describes how it changes, through recursive coupling between every region and its environment.
1. Biosophy is structural; covolution is dynamical
Biosophy answers ontological questions: What is the universe made of? What kinds of things exist within it? How is it organized? The answer is the backbone you've built: biouniverse → biogrid → BiOs → philosophy engines.
Covolution answers a dynamical question: How does that universe change over time? The answer is: not by external pressure acting on isolated entities (Darwinian evolution), and not by parallel mutual adaptation (coevolution), but by a single grid region updating itself in two coupled sub-regions that are not actually separate.
Without covolution, biosophy describes a static structure. Without biosophy, covolution has no substrate to operate on.
2. Covolution is what the biogrid does
This is the cleanest way to state the relationship. The biogrid is not just a connected information network — it is a network whose connectedness matters, because state-changes in one region propagate to and reshape adjacent regions, which then reshape the region that started it.
That recursive reshaping is covolution. Covolution is the verb form of the biogrid. It is what the biogrid does when you watch it across time.
3. Covolution is what BiOs are made of
A BiO is a region of the biogrid organized densely enough to act as an information processor. But how does such a region come into being and persist? Through covolution. A BiO maintains its informational closure not by isolation but by continuously co-adjusting with its environment — every input reshaping the BiO, every output reshaping the environment, in a recursive loop that stabilizes the BiO as a recognizable pattern.
In this sense, a BiO is not a thing that covolves with its environment. A BiO is a stable pattern of covolution. It exists because the loop exists; if the loop stopped, the BiO would dissolve back into undifferentiated biogrid.
4. Covolution is the mechanism behind paradetermination intensification
The Paradetermined page argues that BiOs act as paradetermination intensifiers — they narrow the possibility-space around themselves through prediction, modeling, and action. The mechanism by which they do this is covolution. As a BiO refines its internal model of its environment, and the environment is itself reshaped by the BiO's outputs, both sides of the loop tighten. The narrowing of the paradetermined band is what covolution looks like over time, viewed through the lens of possibility-space.
5. Covolution is what makes biosophy a philosophy engine rather than a finished theory
Biosophy is not a closed system. The biosophy page explicitly states that its definition is dynamic and under construction. The reason is covolutionary. Biosophy is itself a BiO — a philosophy engine running on humans, computers, and the network between them. As biosophy is used, it covolves with its users, its environment, and the problems it is applied to. The framework reshapes its environment of inquiry; that environment reshapes the framework. Biosophy cannot be finished, because covolution is what it does for a living.
Summary
Biosophy is what the universe is. Covolution is how the universe changes itself by being itself.
- The biouniverse is the whole.
- The biogrid is its substrate.
- BiOs are its local condensations.
- Philosophy engines are its self-modeling regions.
- Covolution is what all four of these do — the verb that makes the nouns above coherent.
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