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On Campus, More AI Use Means More Cheating. Across Majors, It Means Less

A new Science analysis of 95,513 students finds AI use barely predicts cheating across majors, yet heavy individual users cheat far more. What it means for grading.

Forbes 2 min read 7/10
On Campus, More AI Use Means More Cheating. Across Majors, It Means Less
Key Takeaways
  • The study analyzed 95,513 students across multiple U.S. universities and majors, making it the largest empirical investigation of AI use and cheating to date.
  • Aggregate data showed a 3% decrease in cheating incidents per 10% increase in AI adoption at the departmental level, suggesting AI integration can reduce dishonesty.
  • Individual heavy AI users—those in the top 10% of usage—were 40% more likely to report cheating than those in the bottom 10%, indicating a strong personal risk factor.
  • The study controlled for GPA, course difficulty, and demographics, isolating AI use as a distinct predictor of cheating behavior at the individual level.
  • Published in Science on May 25, 2026, the findings challenge both alarmist and laissez-faire approaches to AI in higher education, advocating for tailored assessment reforms.
A sweeping new study of nearly 100,000 college students has uncovered a paradoxical relationship between AI use and cheating: across entire majors, more AI adoption correlates with less cheating, yet students who lean heavily on the technology are far more likely to cross ethical lines. Published in Science on May 25, 2026, the analysis of 95,513 students finds that while AI use barely predicts cheating at the aggregate level, heavy individual users cheat at significantly higher rates. The findings challenge simplistic narratives and force educators to rethink grading in the age of generative AI.

Since the release of ChatGPT in late 2022, colleges have scrambled to develop policies around AI. Early panic about widespread cheating gave way to a more nuanced debate about how to integrate AI into learning. The new study provides the largest empirical test yet of the link between AI usage and academic dishonesty. Researchers surveyed students across multiple majors and institutions, measuring both self-reported AI use and instances of cheating, while controlling for factors like GPA, course difficulty, and demographic variables.

Key results show that at the departmental level, a 10% increase in AI adoption was associated with a 3% decline in cheating incidents. But at the individual level, students in the top 10% of AI usage were 40% more likely to report cheating than those in the bottom 10%. This decoupling between macro and micro trends suggests that AI is not inherently corrupting. Majors where AI is integrated as a tool—such as computer science or engineering—may foster a culture where AI aids learning rather than shortcuts it. Conversely, students who use AI to generate entire assignments may be those already predisposed to cheat.

The implications for grading are profound. The study’s authors caution against blanket bans on AI, advocating instead for “AI literacy” and adjusted assessment designs. Traditional exams that test memorization may become obsolete; open-book, collaborative, and project-based evaluations may better capture genuine learning. Universities that embrace AI as a teaching ally rather than an enemy may see improved outcomes without sacrificing integrity. For now, the message is clear: context is everything. The research, reported by Forbes, calls for more nuanced policies that account for both aggregate trends and individual behavior.

Frequently Asked Questions

Not necessarily at the aggregate level. A new Science study of 95,513 students found that across entire majors, more AI adoption correlates with less cheating. However, individual heavy AI users are significantly more likely to cheat.

The study found a paradox: at the departmental level, a 10% increase in AI use was associated with a 3% decrease in cheating. But at the individual level, students in the top 10% of AI usage were 40% more likely to cheat than those in the bottom 10%.

Yes. The study found that the heaviest AI users—those in the top 10% of usage—reported cheating at rates 40% higher than the lightest users, even after controlling for GPA and demographics.

The study suggests that majors where AI is integrated as a tool, like computer science or engineering, see less cheating overall. In contrast, majors where AI use is less structured may see higher cheating rates among individual heavy users.

The findings call for replacing high-stakes memorization exams with formative assessments, oral exams, and projects that emphasize human-AI collaboration. Blanket bans on AI are discouraged; instead, AI literacy and adaptive grading designs should be prioritized.

Original source

www.forbes.com

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