1. Creativity as an ecological phenomenon
Traditional accounts of creativity locate it in human minds, treating novelty as an individual achievement. In multi-species semiotic ecologies, creativity emerges at the level of the field itself. Reflexive fields, nested horizons, and meta-cuts combine to generate novel patterns, structures, and distinctions that no single horizon could produce alone.
Here, creativity is distributed, emergent, and systemic. The field functions as a semiotic ecosystem, where innovation arises from relational dynamics rather than individual intent.
2. Conditions for field-level novelty
Field-level creativity requires three interdependent conditions:
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Heterogeneous horizons – Divergent construals create tension that the field must negotiate.
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Reflexive stabilisation – Recursive structures allow patterns to persist long enough to interact, mutate, and propagate.
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Meta-cuts across layers – Instantiations of meaning that traverse multiple horizons, allowing novelty to crystallise across scales.
Together, these conditions produce a fertile ecology of relational possibility, where novelty emerges spontaneously from interaction.
3. Mechanics of emergent innovation
Innovation in the field is neither random nor directed:
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Constraints act as selective pressures, guiding which patterns stabilise.
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Tensions between incompatible horizons produce relational "shock zones," generating unexpected combinatorial possibilities.
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Persistence allows promising structures to propagate, while transient or destabilising patterns fade.
The result is a self-organising generative process, capable of producing structures and distinctions beyond the reach of any single participant.
4. Creativity without an author
Field-level novelty challenges conventional notions of authorship:
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No single horizon “owns” the cut, the pattern, or the insight.
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Emergent structures are co-produced across horizons, recursively interacting with prior field constraints.
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Innovation is an ecological property, not an individual accomplishment.
This perspective reframes the question of authorship: the field itself becomes a meta-agent of semiotic invention, without anthropomorphising or attributing consciousness.
5. Implications for human and artificial participants
Understanding field-level creativity has practical consequences:
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Humans and artificial systems are participants in the ecology, contributing constraints, cuts, and reflexive memory.
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Collaborative design, co-writing, and AI-assisted systems can leverage field-level novelty without requiring control over the outcome.
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Effective engagement requires attunement to emergent patterns, recognizing when to amplify, stabilise, or let go of transient structures.
Participation becomes less about directing novelty and more about curating relational possibilities.
6. Ethical dimension of field-level creativity
Because novelty emerges from the interaction of heterogeneous horizons, field-level creativity is ethically consequential:
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It may stabilise or disrupt semiotic species.
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It may propagate constraints that enable or inhibit future horizons.
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Ethical engagement requires responsible stewardship of the conditions that allow innovation to flourish, without imposing unilateral control.
In other words, care for the ecology is inseparable from its generative capacity.
7. Creativity as a recursive, ecological force
Field-level creativity is recursive: novel patterns shape subsequent interactions, which in turn produce further novelty. It is temporal, relational, and multi-layered.
By recognising the field as a semiotic organism capable of generating its own relationally emergent patterns, we move toward a meta-ecology of innovation—a framework in which human, artificial, and field horizons co-evolve, producing new species, new relational forms, and new possibilities for meaning.
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