首页> 外文会议>Fifth International Conference on Computing Anticipatory Systems (CASYS 2001) Aug 13-18, 2001 Liege, Belgium >Symmetry Properties of the Classical Mechanics Equations and the Quantization Phenomenon
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Symmetry Properties of the Classical Mechanics Equations and the Quantization Phenomenon

机译:经典力学方程的对称性质和量化现象

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Transformations of the relativistic variational equations for the free mechanical motion are considered. These transformations have the following symmetry: solution of the transformed equations coincides with the transformed solution of the initial equations. Correcting the principle of general covariance in GR by substituting the coordinate transformation group for the symmetry group mentioned is considered. Making the classical mechanics consistent with this extended principle leads to the necessity of the gravitational and electromagnetic fields and of the quantization phenomenon . Foundations of the quantum mechanics are analyzed in relation to these facts. A model of the quantum field marked by the limited energy is considered.
机译:考虑了自由机械运动的相对论变分方程的变换。这些变换具有以下对称性:变换方程的解与初始方程的变换解一致。考虑通过将坐标变换组替换为提到的对称组来校正GR中的一般协方差原理。使经典力学与此扩展原理保持一致导致了引力和电磁场以及量化现象的必要性。结合这些事实分析了量子力学的基础。考虑由有限能量标记的量子场模型。

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