Antikythera

Computation was discovered as much as invented and the implications for how we understand artificial computation are profound. Antikythera is the name of a new philosophy of computation that links an evolutionary perspective on technology, and the emergence of planetary computation in particular, with a generative program for how to orient it as it parents us. The core ideas connect synthetic intelligence—the ongoing artificialization of intelligence from the first symbolic notation to frontier models; recursive simulations—the active dynamic between functional models and the real world; hemispherical stacks—the unchartered geopolitics of computational infrastructures; and planetary sapience—the slow, technologically-mediated process by which planetary systems, from deep time to deep contingency, are made comprehensible. The research seeks to establish a school of thought that links humanities, sciences, and engineering in new catalytic relationships.

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Publication Details

Published
2025-05-04
DOI
https://doi.org/10.1162/anti.5cz9
Primary Topic
Diet and metabolism studies
Type
article
Field-Weighted Citation Impact
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article

Antikythera

Benjamin H. Bratton
Diet and metabolism studies
article

Antikythera

Benjamin H. Bratton
article en

Abstract

Computation was discovered as much as invented and the implications for how we understand artificial computation are profound. Antikythera is the name of a new philosophy of computation that links an evolutionary perspective on technology, and the emergence of planetary computation in particular, with a generative program for how to orient it as it parents us. The core ideas connect synthetic intelligence—the ongoing artificialization of intelligence from the first symbolic notation to frontier models; recursive simulations—the active dynamic between functional models and the real world; hemispherical stacks—the unchartered geopolitics of computational infrastructures; and planetary sapience—the slow, technologically-mediated process by which planetary systems, from deep time to deep contingency, are made comprehensible. The research seeks to establish a school of thought that links humanities, sciences, and engineering in new catalytic relationships.

University of California San Diego (US)
Openalex Percentile: Top 88%
Diet and metabolism studies
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