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Biological adaptabilities and quantum entropies

机译:生物适应性和量子熵

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The entropy-based theory of adaptability set forth by Michael Conrad in the early 1970s continued to appear in his work for over two decades, and was the subject of the only book he published in his lifetime. He applied this theory to a host of subjects ranging from enzyme dynamics to sociology. This paper reviews the formalism of adaptability theory, clarifying some of its mathematical and interpretive difficulties. The theory frames the computational tradeoff principle, a thesis that was the most frequently recurring claim in his work. The formulation of adaptability theory presented here allows the introduction of quantum entropy functions into the theory, revealing an interesting relationship between adaptability and another one of Conrad's deep preoccupations, the role of quantum processes in life. (C) 2002 Elsevier Science Ireland Ltd. All rights reserved. [References: 24]
机译:迈克尔·康拉德(Michael Conrad)在1970年代初提出的基于熵的适应性理论在他的作品中持续出现了二十多年,并且是他一生中出版的唯一一本书的主题。他将此理论应用于从酶动力学到社会学的众多学科。本文回顾了适应性理论的形式主义,阐明了它的一些数学和解释困难。该理论构架了计算权衡原则,该论文是他工作中最经常出现的主张。这里提出的适应性理论的表述允许将量子熵函数引入该理论,从而揭示了适应性与康拉德的另一项深切关注-量子过程在生命中的作用之间的有趣关系。 (C)2002 Elsevier Science Ireland Ltd.保留所有权利。 [参考:24]

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