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统计口径与数据新鲜度

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新论文 · v1arXiv:2611.16931

Beyond Curiosity: Habit and Organizational Learning Capability as Predictors of Shadow AI

Nolan Lovett, Mohan Yang

原文摘要

Generative AI has entered the workplace faster than organizations can govern it. A large share of employees now use AI tools their employer has not sanctioned, and many actively conceal that use, but the psychology of this covert technology behavior remains poorly understood. A common assumption, in popular accounts and early commentary, treats unauthorized (shadow) AI use as curiosity-driven exploration by adventurous individuals. We test this against a competing account grounded in the psychology of habitual technology use, in which automaticity rather than exploratory disposition sustains the behavior. Using survey data from 510 employed generative AI users across multiple countries, we adjudicated among individual and contextual predictors (workplace curiosity, habit, technology-acceptance beliefs, and organizational learning capability) with hierarchical regression, relative weights analysis with bootstrap confidence intervals, and full-subset dominance analysis. Habit was the strongest predictor, accounting for 28.3% of explained variance, and completely dominated joyous exploration, the curiosity dimension most aligned with the exploration account, across all 512 possible predictor subsets. Joyous exploration contributed 3.4% (95% CI [1.6, 7.4]) and fell to nonsignificance once use behavior and habit were modeled. Learning-supportive organizational conditions accounted for a further 24.1% and operated additively rather than by moderating dispositions. Parallel models decomposing the outcome showed the same dominance pattern for unauthorized use and concealment, and perceived social support for AI use was protective specifically against concealment. These findings reframe shadow AI as a habit-and-environment phenomenon rather than an individual-exploration phenomenon. The cross-sectional design means causal claims are exploratory.

cs.CY · cs.HC

新论文 · v1arXiv:2611.12139

BioMARS 2.0: a robotic biologist for formulating and adapting biological experiments

Yibo Qiu, Zan Huang, Yilin Qiao, Ziyang Ling, Yi Wang, Zhengyang Lu, Hangke Peng, Haoliang Ye 等 22 位作者

原文摘要

Biological experimentation is not reducible to a single optimization problem, but requires decisions at multiple levels of abstraction: translating scientific knowledge into experimental procedures, adapting culture conditions to measured phenotypes and selecting interventions that test biological hypotheses. Automating experimental execution does not, by itself, determine which experiments should be performed next or how they should change in response to biological feedback. Here we introduce BioMARS, a human-in-the-loop multi-agent robotic system that connects knowledge-guided experimental decision-making with robotic execution and biological feedback. At the procedural level, BioMARS generated literature-grounded protocols and traceable action plans, improving expert-reviewed protocol quality scores across four model backends. At the parametric level, BioMARS used image-derived phenotypes from robotic retinal organoid culture to select subsequent experimental conditions, with higher reported scores in later rounds of the three-round experiment. At the intervention level, BioMARS nominated drug-repurposing candidates from biomedical evidence and advanced six candidates to wet-lab testing by researchers. Together, these studies demonstrate feedback-driven robotic biological experimentation within a framework that supports decisions about experimental procedures, culture conditions and biological interventions.

cs.RO · q-bio.QM