红外量子力学与贝尔定域性定理的批判性检验微观态描述揭示的认识论革命的原则
Infra-quantum mechanics and critical examination of Bell's theorem on locality The principles of a revolution of epistemology revealed in the descriptions of microstates
摘要：
这是一个改进的翻拍以前的工作提交了相同的标题。下量子力学是一门独立于量子力学的数学形式而建立起来的认识论物理学的、严格定性的学科。IQM的出现完全受到以下因素施加的限制：决定在微观状态上构建可传播和共识知识的人的认知情况;人类概念化的一般要求。IMQ证明了QM的数学形式主义是如何表示的。它阐明了一种全新类型的概念形式的综合表达，这种形式是在宏观仪器的记录装置上转移的，并且最初是统计的。IMQ然后被认为是全球性的，它与空间，时间，几何，共识，以及爱因斯坦的理论，指定的关系。看来：存在着一种我们对物理实在的概念化的渐进可建构性的秩序;这种秩序经受住了在宏观物理学内部构建的概念的包含，进入微观状态的原始转移表示;因此，直接统一爱因斯坦理论的目标，与QM，似乎是不可能的。贝尔的定域性定理专门表达了这种不可能性。因果关系似乎是一个模型化的概念，不能在我们对物理实体的原始表征中实现。
英文摘要：
This is an improved remake of a previous work submitted with the same title. An epistemologicalphysical, strictly qualitative discipline, IQM (infra-quantum mechanics), is constructed independently of the mathematical formalism of QM. IQM emerges under exclusively the constraints imposed by: the cognitive situation of a human being who decides to construct communicable and consensual knowledge on microstates; general requirements of human conceptualization. IMQ brings into evidence how the mathematical formalism of QM manages to signify. It explicates an integrated expression of a radically new type of descriptional form, transferred on the registering devices of macroscopic apparatuses and primordially statistical. IMQ is then considered globally and its relations with space, time, geometry, consensus, as well as with Einstein's theories, are specified. It appears that: there exists an order of progressive constructability of our conceptualizations of physical reality; this order withstands inclusion of concepts constructed inside macroscopic physics, into the primordial transferred representation of microstates; consequently the aim of directly unifying Einstein's theories, with QM, appears to be impossible. Bell's theorem on locality expresses exclusively this impossibility. Causality appears to be a modelizing concept that cannot be implemented into our primordial representations of physical entities.
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