In the last post, we explored nested worlds and symbolic domains, showing how physical, biological, and cognitive strata give rise to sub-worlds, and how humans construct symbolic arenas — language, law, mathematics, art — that function as fully actualised relational domains.
We now turn to an especially illuminating case: artificial and digital worlds. Unlike natural or symbolic worlds, these domains are deliberately designed. They make world-generation explicit, providing a clear lens through which to see how worlds emerge from potential into actuality.
1. From simulation to worldhood
Artificial worlds often begin as simulations:
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Digital ecosystems replicate environmental processes.
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Virtual reality environments simulate spatial and sensory experience.
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AI systems generate interactions within constrained rules.
At first glance, such worlds seem dependent and derivative, subordinate to their physical or computational substrate. Yet relational ontology reveals a striking insight: once a domain is coherent, actualised, and capable of supporting phenomena, it constitutes a world in its own right.
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Events occur, relations unfold, and entities (human or AI) interact within its boundaries.
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Meaning can be construed: rules are interpreted, strategies developed, and narratives constructed.
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The world operates autonomously relative to its internal logic, even if it depends on hardware and energy.
In other words, artificial worlds do not merely represent reality; they participate in the ongoing evolution of worlds.
2. The mechanics of world-generation
Artificial worlds highlight the structural principles of world-generation:
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Conditions of potentiality
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Hardware, software, algorithms, and rules define the possible phenomena.
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Relational coherence
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Interactions are governed by internally consistent rules that allow phenomena to unfold intelligibly.
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Phenomenal accessibility
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Agents — human or artificial — can participate, perceive, and act within the domain.
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Emergence of novelty
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New structures, interactions, and patterns can arise from the combination of rules and agency, expanding the relational field beyond the designer’s initial specification.
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Artificial worlds, therefore, make explicit the process that occurs implicitly in natural and symbolic worlds: potential becomes actual through relational structuring.
3. Humans as world-generators
Digital and artificial domains offer a clear example of humans as ontological agents:
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We construct rules, spaces, and interactions.
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We instantiate phenomena that could not exist without our intervention.
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We create conditions in which new relations, experiences, and meanings can emerge autonomously.
This reframes creation: generating a digital or virtual environment is not merely coding or designing. It is bringing into being a coherent relational domain — a world.
4. Artificial worlds and the evolution of possibility
Artificial domains also reveal a crucial feature of world-generation: recursive evolution.
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A virtual environment can support agents capable of constructing sub-worlds.
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AI systems within simulations may generate unexpected emergent phenomena.
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Symbolic and technological worlds can proliferate independently, adding new nodes to the lattice of actuality.
In this sense, artificial worlds are microcosms of universal evolution: just as life generated mind and mind generated symbolic culture, human-created worlds generate sub-worlds of novelty and relational complexity.
5. Dependence, autonomy, and actuality
A common objection arises here: “Artificial worlds depend on our hardware and code. Can they really be considered worlds?”
Relational ontology resolves the apparent tension:
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Dependence is not negation. Just as life depends on chemistry and mind depends on life, artificial domains depend on their conditions without losing actuality.
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Autonomy arises from internal coherence. Once the domain supports intelligible relations, it functions as a world for its participants, regardless of external control.
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Actuality is relational, not absolute. A world exists where phenomena can appear, interact, and generate meaning.
Artificial worlds, therefore, extend the principle of world-generation into the realm of conscious design, making explicit a process that operates throughout the cosmos.
6. Toward the horizon
Understanding artificial worlds prepares us for the final synthesis of this series:
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All worlds — physical, biological, cognitive, symbolic, and artificial — are part of a continuum of relational actualisation.
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The processes that bring digital environments into being mirror, in principle, the processes by which life, mind, and symbolic culture emerged.
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The horizon of possibility is not limited to the natural universe; it extends into the domains created by conscious agents, technological or otherwise.
In the final post, we will integrate these insights and explore the broader horizon of evolving worlds, showing how reality itself can be understood as a dynamic lattice of relational domains, continually generating new possibilities.
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