Topological Data Mapping of Online Hate Speech, Misinformation, and General Mental Health: A Large Language Model Based Study
Andrew Alexander, Hongbin Wang

TL;DR
This study uses large language models and topological data analysis to explore the complex relationships between online hate speech, misinformation, and mental health across social media communities.
Contribution
It introduces a novel combination of GPT-3 embeddings and topological data analysis to uncover hidden links between online content and psychological wellbeing.
Findings
Identified correlations between hate speech, misinformation, and mental health issues.
Mapped the semantic relationships among online hate speech, misinformation, and psychiatric conditions.
Demonstrated the effectiveness of TDA in visualizing complex social media data.
Abstract
The advent of social media has led to an increased concern over its potential to propagate hate speech and misinformation, which, in addition to contributing to prejudice and discrimination, has been suspected of playing a role in increasing social violence and crimes in the United States. While literature has shown the existence of an association between posting hate speech and misinformation online and certain personality traits of posters, the general relationship and relevance of online hate speech/misinformation in the context of overall psychological wellbeing of posters remain elusive. One difficulty lies in the lack of adequate data analytics tools capable of adequately analyzing the massive amount of social media posts to uncover the underlying hidden links. Recent progresses in machine learning and large language models such as ChatGPT have made such an analysis possible. In…
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Taxonomy
TopicsMisinformation and Its Impacts · Topological and Geometric Data Analysis
