Stability/Flexibility: the tightly coupled homeostasis generator is at the same time the driver of change.

Alessandro Giuliani, Alessandro Vici
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Abstract

There is "no Flexibility without Stability and no Stability without Flexibility": this is a crucial feature common to any system interacting with its environment. This tight link between two apparently opposite features is at the basis of the time-honoured concept of homeostasis (the tendency of any adaptive system to go back to its "comfort zone" contrasting the incoming perturbations) and is widely recognized since long time. On the contrary, the fact that the escape from a stable attractor state is a consequence of the same homeostasis mechanisms is often overlooked. In this brief note, we will try to give a proof-of-concept of the relation existing between stability/flexibility based homeostasis and the state changes at all the levels of biological organization. The ubiquity of the same principles across very different systems is a signature of a new attitude to look at scientific enterprise from a network-based viewpoint.

稳定性/灵活性:紧密耦合的稳态生成器同时也是变化的驱动力。
没有稳定就没有灵活,没有灵活就没有稳定":这是任何与环境相互作用的系统都具有的一个重要特征。这两个看似相反的特征之间的紧密联系,是历史悠久的 "平衡 "概念(任何适应性系统都倾向于回到其 "舒适区",与传入的扰动形成鲜明对比)的基础,自古以来已被广泛认可。与此相反,人们往往忽视了从稳定吸引子状态的逃逸也是同态平衡机制的结果这一事实。在这篇简短的文章中,我们将尝试证明基于稳定性/灵活性的稳态与生物组织各层次状态变化之间的关系。相同的原理在截然不同的系统中无处不在,这标志着一种从网络角度看待科学事业的新态度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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