Playing in fractal universes: Thinking with scalable patterns in interdisciplinary game studies

Research output: Contribution to journalArticle

Abstract

Games offer a scaled and scalable experience of technologically mediated human action and interaction. The study of games therefore holds the potential to offer a far wider analysis of our technical and social structures than might be first apparent. Yet this scaling of behaviours and frameworks is applicable not only beyond simply an increase in degree, but also across different types of meaning, society, reality, and our understanding of them. Thus, to assess the expansion of games beyond conventional dimensionality, we can identify in games and game studies a fractal metaphor to guide our analysis. Drawing on concepts of iteration, self-similarity, recursion, complexity, and scalability, this article examines key games that embody a fractal dimension to their in-game universe, the player’s experience, the game’s development, and games as a field of study. The fractal analysis of a game will thereby be revealed as also an analysis of the metagame and its situatedness in broader concerns of technoculture and its academic study. The model offered will be applied to specific games and the existing literature through which game studies is formed as an interdisciplinary fractal conceptual space of its own.
Original languageUndefined
Pages (from-to)47-64
Number of pages18
JournalTransmissions: Journal of Film and Media Studies
Volume2
Issue number2
Publication statusPublished - 2017

Cite this

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title = "Playing in fractal universes: Thinking with scalable patterns in interdisciplinary game studies",
abstract = "Games offer a scaled and scalable experience of technologically mediated human action and interaction. The study of games therefore holds the potential to offer a far wider analysis of our technical and social structures than might be first apparent. Yet this scaling of behaviours and frameworks is applicable not only beyond simply an increase in degree, but also across different types of meaning, society, reality, and our understanding of them. Thus, to assess the expansion of games beyond conventional dimensionality, we can identify in games and game studies a fractal metaphor to guide our analysis. Drawing on concepts of iteration, self-similarity, recursion, complexity, and scalability, this article examines key games that embody a fractal dimension to their in-game universe, the player’s experience, the game’s development, and games as a field of study. The fractal analysis of a game will thereby be revealed as also an analysis of the metagame and its situatedness in broader concerns of technoculture and its academic study. The model offered will be applied to specific games and the existing literature through which game studies is formed as an interdisciplinary fractal conceptual space of its own.",
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AB - Games offer a scaled and scalable experience of technologically mediated human action and interaction. The study of games therefore holds the potential to offer a far wider analysis of our technical and social structures than might be first apparent. Yet this scaling of behaviours and frameworks is applicable not only beyond simply an increase in degree, but also across different types of meaning, society, reality, and our understanding of them. Thus, to assess the expansion of games beyond conventional dimensionality, we can identify in games and game studies a fractal metaphor to guide our analysis. Drawing on concepts of iteration, self-similarity, recursion, complexity, and scalability, this article examines key games that embody a fractal dimension to their in-game universe, the player’s experience, the game’s development, and games as a field of study. The fractal analysis of a game will thereby be revealed as also an analysis of the metagame and its situatedness in broader concerns of technoculture and its academic study. The model offered will be applied to specific games and the existing literature through which game studies is formed as an interdisciplinary fractal conceptual space of its own.

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