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Do people fear judgment when they use AI at work?

This research explores whether workers expect others to view them as less competent or diligent when using AI tools, and whether that fear affects their willingness to disclose tool use to managers and colleagues.

Synthesis note · 2026-10-06 · sourced from Expertise in the Age of AI Content

Reif, Larrick, and Soll argue that using AI at work carries a social cost that users both foresee and, in part, pay. In the excerpt's results, participants in the AI Tool condition expected others to judge them less competent (M = 4.72, SD = 1.46, against M = 5.45, SD = 1.22 in the Non-AI Tool condition) and less diligent (M = 4.66, SD = 1.44, against M = 5.25, SD = 1.28). The 95% intervals for both differences exclude zero. The same participants reported less willingness to disclose the tool to managers (4.91 against 5.25, P = 0.016) and to colleagues (4.85 against 5.17, P = 0.026). The introduction goes further: it says observers "perceive people who get help from AI as lazier, less competent, and less diligent" (Study 2), that managers who do not use AI may act on those assumptions in a hiring task (Study 3), and that perceived laziness mediates assessments of poor task fit (Study 4). The excerpt does not show those later results.

The mechanism is attribution applied to help. Assistance "creates attributional ambiguity," so observers must weigh "how much credit is due to the person versus the assistance," and the authors argue that accepting help can read as "a signal that the recipient is not willing or able to perform the task themselves." AI should be read more harshly than earlier tools because it "may be perceived as more agentic," learning from experience and operating "more autonomously." This is theory in the excerpt. Its data are the expectation and rating results above.

The social cost sits beside the performance gains the library already tracks. The authors frame it as a dilemma: AI "can enhance human performance on a variety of tasks," yet its use may cost the user reputation. Can AI narrow the education performance gap? measures the performance side. The excerpt's measures are expectations and ratings, not performance, so Can self-ratings replace objective performance scores for AI competence? supplies the caution: these results describe what people believe others think, not what AI does to their work. The disclosure gap is a measured case of the provenance management described in Which workplace cues survive AI mediation and which disappear?, though the excerpt measures stated willingness, not actual disclosure.

The excerpt leaves several things open: the scale anchors, the wording of the vignettes and of the AI versus non-AI manipulation, the sample size of each study, and any effect size beyond the intervals. It describes a rating study of 1,215 online participants who read about an employee but reports none of its results, so the claim that observers penalize AI users rests on the authors' summary. The disclosure result is stated willingness with no behavioral measure. At the strength the evidence allows, the anticipated penalty and the lower stated disclosure are measured, which makes a social barrier to adoption plausible. That observers actually apply the penalty is the authors' claim, resting on studies this excerpt does not show.

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How does AI assistance affect professional skill development and retention? Why do perceived AI productivity gains often fail to translate into measured business impact? Can employers detect AI-assisted applications and should they be permitted? How does AI adoption reshape workplace inequality and labor market outcomes? Which task types benefit from human-AI collaboration and how should work divide? Does polished AI presentation mislead people about accuracy? How do confidence signals and expertise language mislead users' trust calibration? How does increased AI involvement reshape human agency and accountability? Does disclosing AI involvement change how audiences evaluate content trust? When readers detect AI involvement, does it undermine writer credibility? How should control and autonomy be allocated in human-AI workplace collaboration? How do user perceptions and UI design drive consciousness attribution to AI? How do clinicians assess, trust, and effectively use medical AI in practice? When does AI explainability improve versus hinder human oversight and trust? Does AI coding assistance improve productivity and code quality across experience levels? How does AI assistance affect human cognitive skill development over time? How does AI exposure shape employment demand and worker earnings? What organizational factors determine whether firms successfully adopt and integrate AI? Does generative AI shift knowledge work away from collaborative tasks? Should AI systems make failures transparent so users can contest and adjust? Does personalization in chatbots strengthen engagement or undermine authentic interaction? How can verification systems keep pace with AI generation? How can AI systems be proactive while respecting user intent? How does interface design shape effectiveness in human-AI collaboration? Does extending agent autonomy erode human capacity for meaningful oversight? When do people apply social norms to AI systems?

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Original note title

Reif, Larrick, and Soll find AI users anticipate lower competence and diligence ratings and would disclose the tool less