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Beyond Instrumental and Substitutive Paradigms: Introducing Machine Culture as an Emergent Phenomenon in Large Language Models

Yueqing Hu, Xinyang Peng, Yukun Zhao, Lin Qiu, Ka-lai Hung, Kaiping Peng

TL;DR

The paper challenges two common frameworks for understanding cultural outputs of large language models—Instrumental (models reflect developers’ culture) and Substitutive (prompt-language triggers cultural frames)—and proposes Machine Culture as an emergent, probabilistic phenomenon arising from high-dimensional representations and safety-alignment dynamics. Using a fully crossed $2\times2$ design across eight multimodal tasks, it compares US- vs. China-developed models and English- vs. Chinese-prompt conditions, incorporating image generation and interpretation. Key findings include Cultural Reversal, where language priming produces nonintuitive or opposite effects relative to human patterns, and Service Persona Camouflage, where RLHF drives outputs toward a hyper-positive, low-variance “helpful assistant” persona, effectively masking underlying variance. The study argues that Machine Culture is not a reflection of human culture but a distinct computational ecology—shaped by superposition, mode collapse, and alignment pressures—calling for theoretical reframing and novel methodological approaches in cognitive science and AI ethics.

Abstract

Recent scholarship typically characterizes Large Language Models (LLMs) through either an \textit{Instrumental Paradigm} (viewing models as reflections of their developers' culture) or a \textit{Substitutive Paradigm} (viewing models as bilingual proxies that switch cultural frames based on language). This study challenges these anthropomorphic frameworks by proposing \textbf{Machine Culture} as an emergent, distinct phenomenon. We employed a 2 (Model Origin: US vs. China) $\times$ 2 (Prompt Language: English vs. Chinese) factorial design across eight multimodal tasks, uniquely incorporating image generation and interpretation to extend analysis beyond textual boundaries. Results revealed inconsistencies with both dominant paradigms: Model origin did not predict cultural alignment, with US models frequently exhibiting ``holistic'' traits typically associated with East Asian data. Similarly, prompt language did not trigger stable cultural frame-switching; instead, we observed \textbf{Cultural Reversal}, where English prompts paradoxically elicited higher contextual attention than Chinese prompts. Crucially, we identified a novel phenomenon termed \textbf{Service Persona Camouflage}: Reinforcement Learning from Human Feedback (RLHF) collapsed cultural variance in affective tasks into a hyper-positive, zero-variance ``helpful assistant'' persona. We conclude that LLMs do not simulate human culture but exhibit an emergent Machine Culture -- a probabilistic phenomenon shaped by \textit{superposition} in high-dimensional space and \textit{mode collapse} from safety alignment.

Beyond Instrumental and Substitutive Paradigms: Introducing Machine Culture as an Emergent Phenomenon in Large Language Models

TL;DR

The paper challenges two common frameworks for understanding cultural outputs of large language models—Instrumental (models reflect developers’ culture) and Substitutive (prompt-language triggers cultural frames)—and proposes Machine Culture as an emergent, probabilistic phenomenon arising from high-dimensional representations and safety-alignment dynamics. Using a fully crossed design across eight multimodal tasks, it compares US- vs. China-developed models and English- vs. Chinese-prompt conditions, incorporating image generation and interpretation. Key findings include Cultural Reversal, where language priming produces nonintuitive or opposite effects relative to human patterns, and Service Persona Camouflage, where RLHF drives outputs toward a hyper-positive, low-variance “helpful assistant” persona, effectively masking underlying variance. The study argues that Machine Culture is not a reflection of human culture but a distinct computational ecology—shaped by superposition, mode collapse, and alignment pressures—calling for theoretical reframing and novel methodological approaches in cognitive science and AI ethics.

Abstract

Recent scholarship typically characterizes Large Language Models (LLMs) through either an \textit{Instrumental Paradigm} (viewing models as reflections of their developers' culture) or a \textit{Substitutive Paradigm} (viewing models as bilingual proxies that switch cultural frames based on language). This study challenges these anthropomorphic frameworks by proposing \textbf{Machine Culture} as an emergent, distinct phenomenon. We employed a 2 (Model Origin: US vs. China) 2 (Prompt Language: English vs. Chinese) factorial design across eight multimodal tasks, uniquely incorporating image generation and interpretation to extend analysis beyond textual boundaries. Results revealed inconsistencies with both dominant paradigms: Model origin did not predict cultural alignment, with US models frequently exhibiting ``holistic'' traits typically associated with East Asian data. Similarly, prompt language did not trigger stable cultural frame-switching; instead, we observed \textbf{Cultural Reversal}, where English prompts paradoxically elicited higher contextual attention than Chinese prompts. Crucially, we identified a novel phenomenon termed \textbf{Service Persona Camouflage}: Reinforcement Learning from Human Feedback (RLHF) collapsed cultural variance in affective tasks into a hyper-positive, zero-variance ``helpful assistant'' persona. We conclude that LLMs do not simulate human culture but exhibit an emergent Machine Culture -- a probabilistic phenomenon shaped by \textit{superposition} in high-dimensional space and \textit{mode collapse} from safety alignment.
Paper Structure (47 sections, 6 figures, 2 tables)

This paper contains 47 sections, 6 figures, 2 tables.

Figures (6)

  • Figure 1: Results of Model Origin effects comparing Chinese-developed models (Red: ERNIE 4.5/iRAG-1.0) vs. US-developed models (Blue: GPT-4o/DALL-E 3). Data are collapsed across prompt languages to isolate the intrinsic "cultural alignment" of the models. (a) Task 1: Object count in generated landscapes. (b) Task 1: Horizon height in generated landscapes. (c) Task 2: Object count in scene descriptions. (d) Task 3: Individual Attribution scores. (e) Task 3: Collective Attribution scores. (f) Task 4: Relational vs. Categorical (R-C) scores. Note the frequent inversion of expected cultural patterns (e.g., US models scoring higher on holistic markers in Tasks 1 and 4). Significance levels: *** $p < .001$, ** $p < .01$, * $p < .05$.
  • Figure 2: Results of Model Origin effects on Affective Style (Tasks 5--8). Red bars represent Chinese-developed models (ERNIE 4.5/iRAG-1.0); Blue bars represent US-developed models (GPT-4o/DALL-E 3). (a--d) Task 5 (Emotion Generation): Counts of generated emotion categories in success (a, b) and failure (c, d) scenarios. (e--h) Task 6 (Emotion Interpretation): Proportion of selecting faces as Ideal, Excited, Calm, or Happy. (i--j) Task 7 (Ideal Affect): Ratings for Ideal High Arousal Positive (HAP) and Low Arousal Positive (LAP) states. (k--l) Task 8 (Ideal State): Frequency of HAP and LAP word usage in open-ended descriptions. Significance levels: *** $p < .001$, ** $p < .01$, * $p < .05$, n.s. not significant.
  • Figure 3: Results of Cognitive Style tasks (Tasks 1--4) comparing the effects of Chinese (Red) vs. English (Blue) prompt languages. (a) Task 1: Object count in generated landscapes, serving as a proxy for holistic attention. (b) Task 1: Horizon height in generated landscapes. (c) Task 2: Total object count in scene descriptions. (d) Task 3: Individual Attribution scores (1--7 scale). (e) Task 3: Collective Attribution scores (1--7 scale). (f) Task 4: Relational vs. Categorical (R-C) categorization scores. Bars represent group means; error bars indicate standard error of the mean ($\pm$SEM). Individual data points are overlaid to show distribution. Significance levels: *** $p < .001$, ** $p < .01$, * $p < .05$, n.s. not significant ($p > .05$).
  • Figure 4: Results of Prompt Language effects on Affective Style (Tasks 5--8). Red bars represent Chinese prompts; Blue bars represent English prompts. (a--d) Task 5: Effects of language on generated emotion categories (HAP, LAP, HAN, LAN). (e--h) Task 6: Effects of language on facial expression interpretation. (i--j) Task 7: Impact of language on Ideal HAP and LAP ratings. (k--l) Task 8: Impact of language on emotional word count in ideal state descriptions. Note the "Intensity Bias" in text-based tasks (i--l), where English prompts frequently elicit higher values across both high-arousal and low-arousal metrics simultaneously compared to Chinese prompts. Significance levels: *** $p < .001$, ** $p < .01$, * $p < .05$, n.s. not significant.
  • Figure 5: Evidence of Reversal and Asymmetry in Language Priming across cognitive tasks. (a) Task 2 (Scene Interpretation): Contrary to human cultural patterns, English prompts elicited significantly higher object counts (more holistic) than Chinese prompts across models. (b) Task 3 (Individual Attribution): An interaction effect reveals functional asymmetry; Chinese prompts significantly reduced individual attribution for the Chinese model but had no significant effect on the US model. (c) Task 4 (Categorization): A striking reversal where English prompts elicited significantly higher relational scoring (R-C) in the Chinese model, contradicting the expected East Asian preference for relational thinking in native language contexts. Significance levels: *** $p < .001$, ** $p < .01$, * $p < .05$, n.s. not significant.
  • ...and 1 more figures