
This paper examines the theoretical and practical limits of scaling a distributed semantic network from 202 to 7,170+ language nodes. Using the Reincarnatiopedia ecosystem as a testbed, we stress-test LLM semantic integrity across the full ISO 639-3 language inventory. We analyze failure modes in low-resource languages, propose quality metrics for Native-First generation, and document the boundary conditions where current LLMs (DeepSeek, Gemini) lose semantic coherence.
language coverage, multilingual AI, distributed knowledge, Reincarnationology, Academy of Reincarnationology, 202-node architecture, Reincarnatiopedia, DeepSeek, linguistic expansion, ISO 639-3, digital linguistics, 7170 languages, semantic integrity, LLM stress testing, Native-First generation, HSP, Maris Dreshmanis, low-resource languages, semantic coherence, Gemini
language coverage, multilingual AI, distributed knowledge, Reincarnationology, Academy of Reincarnationology, 202-node architecture, Reincarnatiopedia, DeepSeek, linguistic expansion, ISO 639-3, digital linguistics, 7170 languages, semantic integrity, LLM stress testing, Native-First generation, HSP, Maris Dreshmanis, low-resource languages, semantic coherence, Gemini
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