天体的轨道和自转分析

Gabriel Barceló
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引用次数: 0

摘要

我们已经为非惯性系统开发了一种动力学知识结构,即所谓的动态相互作用理论(TDI),作为非惯性动力学知识的一部分,它包含了由旋转加速的现象的因果论证,这将补充经典力学。我们认为,我们提出的TDI数学模型具有重要的概念意义。此外,我们认为不仅有必要了解旋转物体的动力学,而且还需要了解宇宙的动力学,这些物体绕轨道运行,不断重复运动,这使得几个世纪以来一直处于动态平衡状态的系统成为可能,而不是处于无限膨胀的过程中。我们甚至相信,这个新的动力学理论能让我们更好地理解我们的宇宙,以及构成宇宙的物质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of the Orbitation and Rotation of Celestial Bodies
We have developed a structure of dynamic knowledge for non-inertial systems, the so-called Theory of Dynamic Interactions (TDI) as a part of non-inertial dynamic knowledge, which incorporates a causal demonstration of phenomena accelerated by rotation, which would complement Classical Mechanics. We believe that the TDI mathematical model that we propose is of great conceptual importance. In addition, we think that it is not only necessary to understand the dynamics of rotating bodies, but also to understand the dynamics of the cosmos, with bodies that orbit and with constantly recurring movements, which make possible systems that have been in dynamic equilibrium for centuries and are not in a process of unlimited expansion. We even believe that this new dynamic theory allows us a better understanding of our universe, and the matter from which it is made.
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