A Quantitative Approach to Estimating Bias, Favouritism and Distortion in Scientific Journalism
Raghavendra Koushik, Hector Zenil

TL;DR
This paper develops a quantitative method to detect and analyze biases, favoritism, and distortions in scientific journalism, revealing how personality-driven media coverage can distort scientific perceptions and impact public understanding.
Contribution
It introduces a novel approach to measure bias in science communication by analyzing linguistic patterns, citation flows, and topical convergence across major media outlets.
Findings
Personality-driven coverage distorts scientific narratives
Biases influence the credibility and perception of science in media
Quantitative metrics can identify systemic distortions in journalism
Abstract
While traditionally not considered part of the scientific method, science communication is increasingly playing a pivotal role in shaping scientific practice. Researchers are now frequently compelled to publicise their findings in response to institutional impact metrics and competitive grant environments. This shift underscores the growing influence of media narratives on both scientific priorities and public perception. In a current trend of personality-driven reporting, we examine patterns in science communication that may indicate biases of different types, towards topics and researchers. We focused and applied our methodology to a corpus of media coverage from three of the most prominent scientific media outlets: Wired, Quanta, and The New Scientist -- spanning the past 5 to 10 years. By mapping linguistic patterns, citation flows, and topical convergence, our objective was to…
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