空间旋转不变性
Space Rotation Invariance
摘要：
检验了空间旋转不变性假设。从这个角度考虑的基本时空属性和物理对象的描述。引入了一个$ω$ -不变性作为空间旋转不变性假设的近似.结果表明，在$ω$ -不变性的框架上，描述基本粒子的“波”性质，得到基本的量子力学方程，如薛定谔方程和Klein-Gordon-Fock方程是可能的.发现了空间旋转物体与基本粒子、夸克乃至原子核模型之间的关联，并从空间旋转不变性的观点讨论了度规和引力问题。所引入的假设可能是统一理论的基础。
英文摘要：
The space rotation invariance hypothesis is examined. The basic space-time properties and the physical object description from this point of view are considered. An $ω$-invariance as an approximation of the space rotation invariance hypothesis is introduced. It is shown that on frames of the $ω$-invariance it is possible to describe the ``wave'' properties of elementary particles and to get the basic quantum mechanics equations, such as Schrödinger and Klein-Gordon-Fock equations. The correlation between the space rotation objects and models of the elementary particles, quarks and even nuclei is found. The problems of metrics and gravitation from the space rotation invariance point of view are discussed. The introduced hypothesis may be a foundation of the theory of the Unification.
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