Shin | Algorithmic Fact-Verification | Buch | 978-0-19-784961-3 | www.sack.de

Buch, Englisch, 344 Seiten, Print PDF, Format (B × H): 178 mm x 254 mm

Shin

Algorithmic Fact-Verification

Methods and Ethics
Erscheinungsjahr 2026
ISBN: 978-0-19-784961-3
Verlag: Oxford University Press

Methods and Ethics

Buch, Englisch, 344 Seiten, Print PDF, Format (B × H): 178 mm x 254 mm

ISBN: 978-0-19-784961-3
Verlag: Oxford University Press


How is AI transforming the ways society decides what is true? Algorithms now go beyond detecting misinformation. They operate with agentic reasoning, identifying patterns, evaluating credibility, and shaping how truth is defined. Algorithmic Fact-Verification: Methods and Ethics explains how human judgment and machine intelligence intertwine in the creation of trust and credibility. It examines the social and moral consequences of giving AI an active role in verification, offering an accessible and thought-provoking account of how AI fact-checking is reshaping journalism, knowledge, and democracy in the digital age. Moving beyond the technicalities of misinformation detection, Shin analyzes how truth is produced, governed, and contested in the algorithmic age. Through a synthesis of communication theory, cognitive epistemology, and science and technology studies, we trace fact-checking's evolution from a reactive journalistic practice into an automated, infrastructural system endowed with epistemic agency. Emerging AI systems can autonomously identify misinformation patterns, generate hypotheses, and cross-validate claims across domains-turning verification into a self-reflective epistemic process. This shift marks the rise of agentic epistemology, where AI not only executes verification protocols but participates in reasoning, evaluation, and justification.

Original frameworks such as Algorithmic Epistemology Theory and Cognitive Epistemic Modeling explain how algorithms construct, classify, and legitimize truth through probabilistic reasoning, datafication, and human-AI collaboration. The analysis unfolds across multiple levels: from cognitive biases that shape belief formation, to the infrastructural governance of algorithmic verification, to the ethical imperatives of transparency, fairness, and explainability. AI fact-checking does not simply detect falsehoods. It helps define the epistemic conditions under which truth becomes knowable. AI systems mediate credibility and knowledge while charting a path toward democratic and reflexive epistemic infrastructures in AI-mediated societies.

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Weitere Infos & Material


- Automating Truth: Epistemic Infrastructures and the Future of AI Fact-Checking

- 1: From Journalistic Gatekeeping to Algorithmic Governance: The Epistemic Architecture of Fact-Checking

- 2: Architectures of Automation: How AI Systems Operationalize Fact-Checking

- 3: Algorithmic Truth: The Rise of Probabilistic Epistemology

- 4: Algorithmic Epistemology Theory: Cognitive Foundations of AI-Driven Knowledge Production

- 5: Epistemic Labor and Human-AI Collaboration in Fact-Checking: Toward Hybrid Epistemologies in Algorithmic Fact-Checking

- 6: Agentic Fact-Checking: Toward Epistemic Justice and Algorithmic Redress

- 7: Epistemologies of Code: Code, Governance, and the Construction of Truth

- 8: Legible Machines, Contestable Truths: Explainability and Contestability in AI Fact-Checking

- 9: Crowdsourcing, Community Notes, and Participatory Verification: Distributed Epistemics

- 10: Cognitive Epistemic Modeling in AI Fact-Checking: Designing AI for Epistemic Alignment

- 11: Cognitive Dissonance in Algorithmic Fact-Checking Systems

- 12: Governing Algorithmic Truth: The Sociotechnical Construction of Truth in the AI Age

- 13: Design Qualities, Trust, and Acceptance of Algorithmic Verification: Fact-Checking Acceptance Model Proposition

- 14: Reimagining Truth and Trust: Toward Epistemic Sustainability in AI Fact-Checking


Donghee "Don" Shin, Ph.D. is an ICA Fellow and a Professor at the College of Media and Communication at Texas Tech University, specializing in AI-mediated communication and human-computer interaction. He has led numerous large-scale, interdisciplinary research initiatives at the nexus of technology, society, and human experience. Previously, he served as Principal Investigator of a nationally funded research project supported by Samsung and Korean Ministry of Education. Shin has collaborated extensively with Samsung on AI user experience, cognitive design, and bias mitigation in algorithmic systems. His research on debiasing mechanisms and epistemic trust has been used by Samsung's UX divisions to inform responsible AI design, user experience strategy, and evaluation frameworks for next-generation intelligent interfaces. He is the founding chair of the Department of Interaction Science at Sungkyunkwan University, Seoul, an innovative academic-industry collaboration unit focused on

human-centered systems and behavior. His distinguished appointments include the Samsung Endowed Chair and a Professorship awarded by the Korean Ministry of Education.



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