Synergy arises from positive reciprocal complementary and synchronized feedback loops in a network of diverse actors that exchange information, energy and matter. Its effect is to increase in a non-linear way (greater than the sum of the parts) useful work (free energy) and order (decrease entropy) of the system After an extensive exploration of synergy and from the analysis of examples in many areas of science, including physics, biology and economy, I postulate that the common elements in all those examples are essential for the existence of synergy. These fundamental elements or roots of synergy are: 1. Open stable systems 2. Cohesion 3. Diversity and Assortation 4. Complementarity 5. Communication and Synchrony 6. Freedom and Self-Organization 7. Dynamics with decreasing entropy and growing free energy. This point may be considered essential in defining synergy, as it can be measured and thus, the proposal is falsifiable and might be refuted empirically. Here we explore ways to nurture synergy in different settings.
翻译:协同效应产生于由交流信息、能源和物质的不同行为者组成的网络中积极的相互互补和同步反馈循环,其效果是以非线性方式(大于各部分的总和)、有用的工作(免费能源)和系统秩序(减少酶)增加,经过广泛探讨协同效应,并分析包括物理学、生物学和经济在内的许多科学领域的例子,我假定所有这些例子的共同要素对于协同效应的存在至关重要,这些基本因素或协同作用的根源是:1. 开放稳定系统2. 聚合3. 多样性和分类4. 互补性5. 通信和同步6. 自由和自制 7. 自由和自制7. 动态与不断减少的酶能和不断增长的自由能源。在确定协同效应时,可以认为这一点至关重要,因为可以衡量,因此,该提案是虚构的,可以以经验方式加以驳斥。我们在这里探讨在不同环境中培养协同效应的方法。