AI Threatens Research Integrity, Advocates "Second Scholarship"

Claudio Novelli, Luciano Floridi· July 7, 2026 View original

Summary

This paper argues that generative AI degrades research by eroding scholarly judgment and trust, as delegating tasks to AI hinders researchers' intellectual formation. It proposes "second scholarship," a renewed commitment to research as a lived practice valuing tacit knowledge, personal commitment, socialization, and deep reading, which cannot be automated.

The proliferation of generative AI poses a significant threat to the integrity and foundational practices of academic research, according to this paper. The authors contend that by delegating core inquiry tasks to systems like Large Language Models, researchers risk undermining the very processes through which scholarly judgment is cultivated and academic trust is established. This delegation, they argue, can impede a researcher's intellectual development, even if the AI-generated output appears superficially improved. The paper asserts that merely keeping humans "in the loop" as prompt engineers or quality checkers is insufficient to preserve research as a site of intellectual formation. Instead, it advocates for a "second scholarship" – a renewed dedication to research as a lived practice. This approach emphasizes the irreplaceable value of tacit knowledge, personal commitment, active socialization within scholarly communities, and deep, critical reading. These four elements, the authors argue, are fundamental warrants of research that cannot be automated. By reappropriating scholarly craft and critically understanding AI's capabilities and limitations, researchers can identify and uphold what truly remains essential and non-delegable in the pursuit of knowledge. This commitment ensures that research continues to be a process of profound intellectual growth and community engagement.

Why it matters

Professionals in research, academia, and R&D must critically assess the role of AI in their work to prevent the degradation of intellectual development and maintain the integrity of knowledge creation.

How to implement this in your domain

  1. 1Establish clear guidelines for AI usage in research, emphasizing human oversight and critical engagement.
  2. 2Prioritize training programs that foster critical thinking, deep reading, and tacit knowledge development among researchers.
  3. 3Encourage collaborative research environments that promote social learning and peer review over isolated AI-assisted work.
  4. 4Develop internal policies that value the process of intellectual formation and the development of scholarly judgment, not just final outputs.
  5. 5Regularly discuss the ethical implications and potential pitfalls of AI integration within research teams and institutions.

Who benefits

AcademiaScientific ResearchR&D DepartmentsPublishingEducation

Key takeaways

  • Generative AI can degrade research by eroding scholarly judgment and trust.
  • Delegating core research tasks to AI hinders researchers' intellectual formation.
  • "Second scholarship" advocates for research as a lived practice valuing non-automatable elements.
  • Tacit knowledge, personal commitment, socialization, and deep reading are crucial for robust research.

Original post by Claudio Novelli, Luciano Floridi

"arXiv:2607.04049v1 Announce Type: new Abstract: We argue that generative AI can degrade research by eroding the very practices through which scholarly judgement is formed and academic trust is built. As constitutive conditions for the production and validation of knowledge, these…"

View on X

Originally posted by Claudio Novelli, Luciano Floridi on X · view source

Want to go deeper?

Turn these trends into skills with Learnijoy's hands-on AI & tech courses.

Explore courses

More in AI News & Tools

AI News & Tools

Zoom vs. Teams: A Comprehensive Comparison for Collaboration Tools

This guide deeply compares Microsoft Teams and Zoom, exploring their features and key differences to help users determine which video conferencing and collaboration application is best suited for their needs. It highlights how Zoom has evolved to offer an all-in-one suite, making the comparison more relevant than ever.

Ryan KaneJul 7, 2026
AI ResearchAI Engineering & DevToolsAI News & Tools

ECG Foundation Models Show Limited Transfer to Rare Diseases

This study investigates whether ECG Foundation Models (FMs) genuinely transfer clinically meaningful representations for rare cardiac diseases like Brugada syndrome. Findings suggest pre-training primarily aids optimization stability for high-capacity models rather than providing transferable clinical knowledge, especially in zero-shot cross-site transfers.

Beatrice Zanchi, Giuliana Monachino, Alvise Dei Rossi, Luigi Fiorillo, Georgia Sarquella-Brugada, Giulio Conte, Francesca Dalia FaraciJul 7, 2026
AI ResearchAI Engineering & DevToolsAI News & Tools

Language Models Show Risk Aversion Generalization Across Vast Stakes

Researchers investigated whether risk aversion trained in language models on low-stakes gambles generalizes to astronomically high-stakes scenarios. They found that various methods can induce substantial risk aversion that generalizes across 98 orders of magnitude, though not yet consistently enough for a reliable failsafe.

Kristina Zhang, Junior Chinomso Okoroafor, Benjamin Maltbie, Andrew Lin, Abhitej Bokka, Elliott ThornleyJul 7, 2026