作为扩展的动态分形的泛动态复杂性：对生命系统涌现和运行的因果完整理解
The Universal Dynamic Complexity as Extended Dynamic Fractality: Causally Complete Understanding of Living Systems Emergence and Operation
摘要：
在这里，由动态冗余范式提出的复杂性的普遍概念和随之而来的扩展动态分形概念（physics/9806002）被应用于与生命系统相对应的更高层次的复杂性。在回顾了未约化的动态复杂性和动态概率分形的框架（参见physics/0211071）之后，我们集中讨论了他们提出的关于生命系统的传统动态单值理论的新颖性。生命现象现在可以被揭开神秘面纱，并一致地理解为复杂性的普遍对称性的一个特殊情况，这种对称性是通过从动态信息到（扩展的）熵的未简化的复杂性变换来实现的，这种变换保持了总的复杂性数量，并涉及到足够高的复杂性水平。这种本质上具有创造性的，因此是现实的，生物物理“还原论”的版本揭示了适应性和新实体出现的明确的，动态的来源，并导致在进化论，遗传学和医学等领域的研究策略中发生了根本的，充分证实的变化，允许对积累的“困难”问题的独特和有效的解决方案。
英文摘要：
The universal concept of complexity by the dynamic redundance paradigm and the ensuing concept of extended dynamic fractality (physics/9806002) are applied here to higher levels of complexity corresponding to living systems. After recalling the framework of unreduced dynamic complexity and dynamically probabilistic fractality (see also physics/0211071), we concentrate on the novelties they propose for the case of living systems with respect to the conventional, dynamically single-valued theory. The phenomenon of life can now be demystified and consistently understood as a particular case of the universal symmetry of complexity realised by unreduced complexity transformation from dynamic information into (extended) entropy that preserves the total complexity amount and involves its high enough levels. This intrinsically creative, and therefore realistic, version of bio-physical 'reductionism' reveals the explicit, dynamical source of adaptability and qualitatively new entity emergence and leads to essential, well substantiated changes in the strategy of research in such fields as evolution theory, genetics and medicine, allowing for the unique and efficient solution of the accumulated 'difficult' problems.
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