Quadrimechanica“运动：观察和检测”
Quadrimechanica "Motion:observation and detection"
摘要：
经典力学、量子力学和相对论力学选择时间和空间作为基本原理，从这个静态的时空平台中提取运动的度量-速度。相反，统计力学的无时间性将物理流计算为（动力学）状态的演化，最终将其表示为时间。此外，力学的一般结构是这样的，可观测性的概念与可测量性的概念混淆在一起。在这种情况下，忽略“可观察实体”和“可测量量”之间的区别，并将动态对象投影到静态背景上，物理实体的测量值被视为实体的真实值或实值。这一贡献强调了这一区别，相关的概念“真实值”和“实验值”，并指出，运动总是被低估的时空平台;以下规范转换，一个论点集中在可测量性有利于一个关系的“非相对论”的制定，与潜在的类似的预测。
英文摘要：
Classical, Quantum and Relativistic mechanics elect time and space as fundamentals, extracting the measure of motion -velocity- from this static space-time platform. Conversely, the timelessness of Statistical mechanics computes the physical flow as an evolution of (dynamical) states which, at the end, comes to be what would be denoted as time. Moreover, the general structure of mechanics is such that the notion of observability is mixed up with that of measurability. In such a context, ignoring the distinction between "observable entities" and "measurable quantities", and projecting dynamical objects on a static background, the measured value of physical entities is taken as the true or real value of the entity. This contribution emphasises this distinction, correlating the concepts of "real values" and "experimental values" and indicating that motion is always underestimated in the spatiotemporal platform; following a gauge transformation, an argument centred on measurability favours a relational "non-relativistic" formulation, with potentially analogous predictions.
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