A New Model for Academic Science Communication: Leveraging YouTube and TikTok to Enhance Public Engagement

Traditional models of science communication, predominantly rooted in a unidirectional "deficit" framework, are proving increasingly inadequate in the contemporary participatory digital culture. These legacy systems, characterized by significant time lags, gatekeeping by non-expert media, and a propensity for sensationalism, have contributed to an erosion of public trust in the scientific enterprise. This paper proposes a new theoretical and practical framework—the "Parasocial Scientist" model—designed to address these shortcomings by leveraging the unique affordances of modern video-based social media platforms such as YouTube and TikTok. The proposed model is grounded in the psychological principles of parasocial interaction and perceived authenticity, which are potent drivers of trust, credibility, and engagement in online environments. Through a methodology combining a critical synthesis of existing literature with a comparative case study analysis of successful digital communicators—including medical influencer Dr. Mike Varshavski, educational channels Veritasium and Crash Course, and the varied landscape of dental influencers—this paper distills a set of actionable principles and content formats for academic researchers. The analysis demonstrates how scientists can transition from being mere disseminators of information to becoming trusted pedagogical guides. The paper further explores the significant benefits of this model, including enhanced scientific literacy and the direct countering of misinformation, while also conducting a thorough examination of the associated caveats. These include the ethical risks of oversimplification and creating glamorized portrayals of research, as well as the profound institutional barriers, such as misaligned academic incentive structures and a lack of resources, that currently hinder widespread adoption. The paper concludes that a paradigm shift in science communication is necessary, requiring both individual researchers to adopt new digital strategies and academic institutions to fundamentally reform how they value and support public engagement.

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Publication Details

Journal
UNC Libraries
Published
2025-09-16
DOI
https://doi.org/10.17615/aqmv-ea23
Primary Topic
Educational Methods and Impacts
Type
article
Field-Weighted Citation Impact
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article

A New Model for Academic Science Communication: Leveraging YouTube and TikTok to Enhance Public Engagement

Owen R Thornton
UNC Libraries
Educational Methods and Impacts
article

A New Model for Academic Science Communication: Leveraging YouTube and TikTok to Enhance Public Engagement

Owen R Thornton
article en

Abstract

Traditional models of science communication, predominantly rooted in a unidirectional "deficit" framework, are proving increasingly inadequate in the contemporary participatory digital culture. These legacy systems, characterized by significant time lags, gatekeeping by non-expert media, and a propensity for sensationalism, have contributed to an erosion of public trust in the scientific enterprise. This paper proposes a new theoretical and practical framework—the "Parasocial Scientist" model—designed to address these shortcomings by leveraging the unique affordances of modern video-based social media platforms such as YouTube and TikTok. The proposed model is grounded in the psychological principles of parasocial interaction and perceived authenticity, which are potent drivers of trust, credibility, and engagement in online environments. Through a methodology combining a critical synthesis of existing literature with a comparative case study analysis of successful digital communicators—including medical influencer Dr. Mike Varshavski, educational channels Veritasium and Crash Course, and the varied landscape of dental influencers—this paper distills a set of actionable principles and content formats for academic researchers. The analysis demonstrates how scientists can transition from being mere disseminators of information to becoming trusted pedagogical guides. The paper further explores the significant benefits of this model, including enhanced scientific literacy and the direct countering of misinformation, while also conducting a thorough examination of the associated caveats. These include the ethical risks of oversimplification and creating glamorized portrayals of research, as well as the profound institutional barriers, such as misaligned academic incentive structures and a lack of resources, that currently hinder widespread adoption. The paper concludes that a paradigm shift in science communication is necessary, requiring both individual researchers to adopt new digital strategies and academic institutions to fundamentally reform how they value and support public engagement.

UNC Libraries
University of North Carolina at Chapel Hill (US)
Openalex Percentile: Top 71%
Educational Methods and Impacts
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