Living Systems for the Global Economy: Why Economic Design Must Follow the Logic of Life

This white paper states a living-systems method for designing the global economy, originated in this programme by Jude Onemolease. The method is not "add sustainability to a machine model." It is to design economic systems as living systems: regeneration, circulation, edges, feedback, diversity, and coherence across scales. TRC, LNP, PEE, SOS, ultrastructure, and the G-layer remain companion objects. This paper is the method that tells a designer which living properties to copy and which to refuse. The paper supplies a canonical definition; a standard modal representation; a contrast of machine and living-system models; properties to copy and properties not to copy; design rules; relation to regenerative-economics literature; industry cases; a practitioner principle set; and a research programme. Organism language is used in the systems sense. The argument is universal and non-sectarian.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-03
DOI
https://doi.org/10.5281/zenodo.23337166
Primary Topic
Sustainable Design and Development
Type
article
Field-Weighted Citation Impact
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article

Living Systems for the Global Economy: Why Economic Design Must Follow the Logic of Life

Jude Ahabue Onemolease
Zenodo (CERN European Organization for Nuclear Research)
Sustainable Design and Development
article

Living Systems for the Global Economy: Why Economic Design Must Follow the Logic of Life

Jude Ahabue Onemolease
article en

Abstract

This white paper states a living-systems method for designing the global economy, originated in this programme by Jude Onemolease. The method is not "add sustainability to a machine model." It is to design economic systems as living systems: regeneration, circulation, edges, feedback, diversity, and coherence across scales. TRC, LNP, PEE, SOS, ultrastructure, and the G-layer remain companion objects. This paper is the method that tells a designer which living properties to copy and which to refuse. The paper supplies a canonical definition; a standard modal representation; a contrast of machine and living-system models; properties to copy and properties not to copy; design rules; relation to regenerative-economics literature; industry cases; a practitioner principle set; and a research programme. Organism language is used in the systems sense. The argument is universal and non-sectarian.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 18%
Sustainable Design and Development
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