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Reconstructing the Common World: Post-Nature and AI-Based Ecological Art from an ANT Perspective

  • Journal of History of Modern Art
  • 2026, (59), pp.7~29
  • Publisher : 현대미술사학회
  • Research Area : Arts and Kinesiology > Art > Arts in general > Art History
  • Received : April 30, 2026
  • Accepted : May 29, 2026
  • Published : June 30, 2026

HyunJu Yu 1

1한남대학교

Accredited

ABSTRACT

This study examines the relationship between post-nature and AI-based ecological art in order to explore the possibility of a common world shared by humans and nonhumans in the new climatic regime. Drawing on Bruno Latour’s Actor–Network Theory (ANT), it reconceptualizes nature not as an external object but as an active agent in socio-material networks, and defines post-nature as the reconfigured condition of nature in the Anthropocene. As case studies, the paper analyzes Anna Ridler’s work, which connects seventeenth-century tulip speculation with contemporary data-driven image production, and the AI-based ecological artwork Sensorium Arc. Ridler’s work demonstrates how the financialization of nature participates in the formation of post-nature through strategies of capital accumulation. Sensorium Arc, inheriting the ecological narrative practice of Helen Mayer Harrison and Newton Harrison, transforms environmental data into sensory and poetic discourse using artificial intelligence while making visible and reconfiguring relationships between human and nonhuman actors. The study argues that the common world should be understood not as a unified totality but as a multilayered process emerging from heterogeneous networks of actors. Ultimately, AI-based ecological art reveals otherwise imperceptible transformations of the Anthropocene and suggests the possibility of contemporary artistic practices that seek to aesthetically reconstruct an ecological common world through the complex networks of humans, nature, and technology.

Citation status

* References for papers published after 2024 are currently being built.

This paper was written with support from the National Research Foundation of Korea.