If Post III showed how nonsense preserves surplus, and Post IV showed how it manages thresholds, Post V now turns to the most subtle ecological effect: the reader as participant.
1. Reading as Construal
When engaging with nonsense:
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The reader confronts provisional meaning
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Recognises incomplete patterns
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Activates structures without closure
This trains the reader’s capacity to tolerate incompleteness, a skill rarely exercised in tightly closed systems like formal science or realist narrative.
2. The Discipline of Suspension
Nonsense cultivates a particular interpretive discipline:
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Resist premature closure
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Track patterns without demanding reference
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Maintain attention on system dynamics rather than endpoint
In doing so, it sustains the ecosystem of meaning: local actualisations occur, but the global field remains intact.
The reader learns not to grasp for finality — a key skill in complex semiosis.
3. Tolerance as Semiotic Fitness
Why does tolerance matter?
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Systems that cannot tolerate surplus risk rigidity
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Rigid systems suppress variation, reducing resilience
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Nonsense engages readers in flexible construal, increasing semiotic “fitness”
In short: the ecological function of nonsense extends beyond text, into the reader’s cognitive and interpretive capacities.
4. Pattern Recognition Without Closure
The challenge for readers is to discern structure without relying on stable referents.
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Grammar, rhythm, and repetition provide scaffolds
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Lexical novelty introduces surplus
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Semantic uncertainty forces active construal
In effect, the reader becomes a co-operator in the meaning ecosystem.
5. Reader as Ecological Agent
Every engagement with nonsense is a micro-activation of the system:
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Choices of interpretation create local patterns
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Surplus is maintained elsewhere
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Thresholds remain visible
The reader is trained in distributed activation, a semiotic skill that ordinary referential discourse rarely develops.
6. Implications for Education and Creativity
This has broad implications:
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Exposure to nonsense may cultivate tolerance for ambiguity
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It enhances cognitive flexibility
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It models constructive engagement with unclosed systems
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It demonstrates that closure is optional, not necessary
Next Step
Post VI will compare nonsense to scientific closure, showing how each strategy manages structured potential differently — one maximising surplus, the other minimising it — and why both are ecologically necessary.
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