Conceptual analysis models interactions between algorithmic imagery and cultural conventions during color acquisition in children, suggesting global technologies yield diverse visual learning.
The research examines how algorithmic image culture relates to culturally determined color acquisition in childhood. The recognition, discrimination, naming, and categorization of colors is not exclusively a perceptual and developmental process, but also an experience shaped by the social and cultural environment. The child encounters colors through objects, images, linguistic naming, visual conventions, and cultural symbols, meaning that the meanings and uses associated with colors may be culturally mediated from the early stages of development. The spread of digital image culture places this visual experience under new conditions. With the emergence of generative artificial intelligence, images and their visual properties can be created, modified, and reconfigured within a short period of time. In this environment, color does not necessarily appear as a stable property of an object or image, but may also emerge as a visual element that can be altered and recreated through different instructions and algorithmic processes. The central question of the research is therefore not how artificial intelligence in itself changes children's color perception, but rather how the algorithmically mediated visual environment connects to already existing cultural patterns during color acquisition. Particular attention is given to how algorithmic image generation may encounter different visual traditions, color associations, social meanings, and everyday practices. The research starts from the premise that the same algorithmic image-making systems may appear as part of different visual experiences in different cultural environments. The global nature of the technological system therefore does not necessarily result in a uniform experience of color or a uniform visual learning environment. Algorithmic image culture and the cultural environment may interact in shaping which colors, combinations, visual patterns, and meanings become familiar. The aim of the study is to develop a theoretical framework that interprets children's color acquisition in perceptual, developmental, cultural, and technological contexts. The present V1 preprint does not aim to present empirical results, but rather to conceptually define the problem and establish the theoretical foundations necessary for subsequent cross-cultural empirical investigations.
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Van-Orton et al. (2026) studied this question.
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