期刊
BIOLOGY & PHILOSOPHY
卷 23, 期 1, 页码 67-85出版社
SPRINGER
DOI: 10.1007/s10539-007-9076-8
关键词
open-ended evolution; preservation; growth of complexity; (basic) autonomous systems; (minimal) biological organization; dynamic decoupling
In this paper we review and argue for the relevance of the concept of open-ended evolution in biological theory. Defining it as a process in which a set of chemical systems bring about an unlimited variety of equivalent systems that are not subject to any pre-determined upper bound of organizational complexity, we explain why only a special type of self-constructing, autonomous systems can actually implement it. We further argue that this capacity derives from the 'dynamic decoupling' (in its minimal or most basic sense: the phenotype-genotype decoupling) by means of which a radically new way of material organization (minimal living organization) is achieved, allowing for the long-term sustenance of systems whose individual-metabolic and collective-historical pathways become thereafter deeply intertwined.
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