Aug 2026· AI, Brain and Child· Vol 2· 0 citations· 65 references
TL;DR
It is argued for a conceptual reorientation from pedagogical scaffolding toward learning-ecosystem architecture and proposed a pedagogy of friction that preserves the desirable difficulties through which authentic agency is nurtured.
Abstract
The integration of artificial intelligence (AI) into early childhood environments is most often judged through a binary lens of educational benefit versus technological harm. This framing overlooks a deeper question: how these systems reshape the ecological conditions on which child development depends. This exploratory, theory-generating conceptual inquiry examines how experts conceptualize the tension between the highly efficient illusion of agency presented by AI systems and the ecological conditions that support the development of authentic agency in young children. Using a qualitative expert-interview approach, we gathered the perspectives of six interdisciplinary scholars and analyzed them through a primarily deductive and partly inductive content analysis. Anchored in the multiple-realizability-of-agency thesis, actor-network theory, and complexity systems thinking, the analysis suggests that experts perceive AI’s simulation of interactivity, autonomy, and adaptability as potentially reducing the physical and social frictions that support developmental processes, redistributing decision-making within child–adult–AI networks, and limiting opportunities for the development of resilience. Drawing on these expert perspectives and the study’s theoretical framework, we argue for a conceptual reorientation from pedagogical scaffolding toward learning-ecosystem architecture and propose a pedagogy of friction that preserves the desirable difficulties through which authentic agency is nurtured.
The findings suggest that while GenAI may enhance learner agency through personalisation and support, it also risks exacerbating educational inequalities and diminishing learner autonomy in certain contexts.
Jasper Roe, Mike Perkins· Academia AI and Applications· 23 citations
A conceptual evaluation of the extent to which GenAI redistributes students' and teachers'ability to act in classrooms to produce knowledge, validate each other's claims, and create evidence of student learning while collaborating with and competing against humans is presented.
An integrative framework of four interrelated dimensions -cognition, agency, emotional well-being, and ethics- linked by a self-reinforcing cycle where cognitive offloading reduces effort, weakens agency, and compounds emotional and ethical harm is organized.
Lucile Favero, J. A. Pérez-Ortiz, Tanja Käser et al.· 0 citations
The concept of “alienated intelligence” is introduced to critically examine contemporary cultural perceptions of artificial intelligence to argue that certain visions of AI function as cultural projections of human cognitive capacities that become externalized, idealized, and reified in technological systems.
This study examines the transformative impact of artificial intelligence (AI) on the future of work from a human-centered, interdisciplinary perspective, highlighting the necessity of interdisciplinary collaboration to ensure that AI not only enhances efficiency but also promotes justice, well-being, and sustainability...
Cumali Kılıç· Çukurova Üniversitesi Sosyal...· 0 citations
It is argued that anthropology requires a new conceptual framework for understanding the contemporary social life of artificial intelligence (AI), and "the magic of AI" is proposed as an analytical concept that shifts attention from AI's technical capacities to the beliefs, uncertainties, and sociotechnical imaginaries...
M. Baas, Roanne van Voorst· Anthropological Theory· 2 citations
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