物理真空的二元模型
The Binary Model of Physical Vacuum
摘要：
考虑了物理真空的二元模型。该模型揭示了电磁和引力相互作用的统一因果机制。二元真空模型不像力学以太模型那样把物理真空等同于物质，而是把物理真空表现为两种同时普遍存在的非结构电基本介质的统一。他们只是一样的，除了他们的迹象。它们以扩散和均匀的方式相互渗透。它们都是连续的，具有弹性膨胀模量和弹性互剪模量。基本介质的剪切应变理论描述了所有现代相对电动力学，并回答了之前未知的问题：电荷、电场和磁场在自然界中是如何排列的;库仑力和洛伦兹力的因果关系是什么;为什么电磁波是横向的。世界基本介质（接近中性体）的整体（组合）变形理论是相对引力理论。特别是确定了引力前未知的能量密度，将实验的牛顿引力定律转化为一个推测的结果。
英文摘要：
The binary model of physical vacuum is considered. This model reveals unified cause-and-effect mechanism of electromagnetic and gravitational interactions. The model of binary vacuum does not identify physical vacuum to a substance as the model of mechanical ether does, but presents physical vacuum as the unity of two simultaneously everywhere existed non-structural electrical elementary media. They are just the same except for their signs. They diffusively and uniformly penetrate into each other. Each of them is continuousal and possesses the elastic modulus of dilatation and the elastic mutual-shearing modulus. The shearing-strain theory of elementary media describes all modern relative electrodynamics and answers the unknown before questions: how do the electric charges, electric and magnetic fields arrange in nature; what are the cause-and-effect relations in Coulomb and Lorentz forces; why are the electromagnetic waves transversal. The theory of monolithic (combined) deformations of world elementary media (near neutral bodies) is the theory of relative gravitation. In particular it determines unknown before gravitational-energy density, converts the experimental Newton law of gravitation into a speculative result.
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