确定基本相互作用的方案和普适性原理
A scheme for determining fundamental interactions and the universality principle
摘要：
粒子物理学的标准模型是根据等效原理和规范不变性建立的。拉格朗日量是建立在实验数据上的，这些数据证明了离散对称性的破坏以及自发对称性破缺的想法。矢量和轴向矢量相互作用和手性原理的特征是手动添加的，以适应观测数据，而不是像人们希望的那样由模型解释。在这里，我们开发了一个理论的基础上的狄拉克代数的相互作用连同外部操作的楔形产品和星运营商的时空，并制定了一个计划，以确定所有可能的相互作用的配方。在我们的方案中，手征变换和左右手性自然出现。基于时空因果结构的关于物理相互作用普适性的简单假设产生了上述的吸引特征作为结果。
英文摘要：
The Standard Model of particle physics was established based on the equivalence principle and gauge invariance. The Lagrangians were built upon experimental data demonstrating the violation of discrete symmetries together with ideas of spontaneous symmetry breaking. The features of vector and axial-vector interactions and chirality principle are manually added on in order to fit in the observation data, rather than explained by the model as one may hope. Here we develop a theory of interactions based on the Dirac algebra together with the exterior operations the wedge product and the star operator on the space-time, and develop a scheme for determining all possible interaction formulations. In our scheme, the chirality transformation and the left and right handedness come up naturally. A simple postulate about the universality of physical interactions based on the space-time causal structure yields the attracting features mentioned above as consequences.
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