If These Walls Could Talk: Critical Play with Large Language Models in Museums

· Source: Machine Learning · Field: Technology & Digital — Artificial Intelligence & Machine Learning, Creative Industries & Arts · Depth: Intermediate, quick

Summary

Large Language Models (LLMs) are increasingly deployed in museums as role-playing chatbots, enabling visitors to interact with simulated historical figures and artifacts. While these installations offer playful and engaging experiences, a fundamental dilemma arises from LLMs' inherent untrustworthiness regarding factual accuracy. Efforts to enhance their reliability often diminish their attractive capacity for life-like conversation. To address this, the author proposes designing for "critical play" with LLM-based bots. This approach embraces the bots' unreliability, allowing them to represent the past adequately and engagingly as fictional characters embodying historical narratives, diverse perspectives, humor, and satire, rather than strictly factual sources.

Key takeaway

For museum curators and exhibit designers considering LLM-powered chatbots, recognize that striving for absolute factual accuracy may undermine conversational engagement. Instead, embrace the "critical play" approach: design your bots as fictional characters that represent historical narratives, diverse perspectives, and even humor. This strategy allows you to deliver compelling, interactive experiences without the impossible burden of perfect truthfulness, fostering a more nuanced visitor understanding of historical interpretation.

Key insights

Museum LLM chatbots should embrace unreliability for critical play, using fictional characters to represent history engagingly.

Principles

Method

Design LLM museum bots for "critical play" by embracing unreliability. Represent the past through fictional characters, historical narratives, diverse perspectives, humor, and satire, rather than strict factual accuracy.

In practice

Topics

Best for: AI Scientist, AI Ethicist, Creative Technologist, Research Scientist

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Editorial summary, takeaway, and curation by AIssential. Original article published by Machine Learning.