CYCLHCSOC-PHDec 24, 2023

The Persuasive Power of Large Language Models

arXiv:2312.15523v183 citationsh-index: 35ICWSM
Originality Incremental advance
AI Analysis

This research addresses the potential impact of AI agents on opinion formation in online social media, offering a synthetic framework for studying persuasion dynamics, though it is incremental in applying existing models to a new social context.

The study investigated whether large language models can generate persuasive arguments to influence public opinion and simulate human-like persuasion dynamics, finding that arguments incorporating factual knowledge, trust markers, support expressions, and status were most effective, with humans strongly preferring knowledge-based arguments.

The increasing capability of Large Language Models to act as human-like social agents raises two important questions in the area of opinion dynamics. First, whether these agents can generate effective arguments that could be injected into the online discourse to steer the public opinion. Second, whether artificial agents can interact with each other to reproduce dynamics of persuasion typical of human social systems, opening up opportunities for studying synthetic social systems as faithful proxies for opinion dynamics in human populations. To address these questions, we designed a synthetic persuasion dialogue scenario on the topic of climate change, where a 'convincer' agent generates a persuasive argument for a 'skeptic' agent, who subsequently assesses whether the argument changed its internal opinion state. Different types of arguments were generated to incorporate different linguistic dimensions underpinning psycho-linguistic theories of opinion change. We then asked human judges to evaluate the persuasiveness of machine-generated arguments. Arguments that included factual knowledge, markers of trust, expressions of support, and conveyed status were deemed most effective according to both humans and agents, with humans reporting a marked preference for knowledge-based arguments. Our experimental framework lays the groundwork for future in-silico studies of opinion dynamics, and our findings suggest that artificial agents have the potential of playing an important role in collective processes of opinion formation in online social media.

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