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New Cartesian Generalization of Quantum Mechanics and RelativityTheory Report on the Project ?¢????New Cartesian Physics?¢????

机译:量子力学和相对论的新笛卡尔广义化关于该项目的理论报告-新笛卡尔物理学

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New Cartesian physics, which is based on identity of space and matter, makes the principle of uncertainty of Heisenberg, from which in quantum mechanics follows a probabilistic way of describing the events, the principle of definiteness of points of space-matter (Principle of physical irrationality). In addition, it considers the rectilinear motion of bodies as a movement on a circle of infinitely large radius that allows it to project the relativistic effects in atom and to relate the probability of events in quantum mechanics with the factor of Lorentz of the special theory of relativity.
机译:新的笛卡尔物理学基于空间和物质的同一性,提出了海森堡的不确定性原理,在量子力学中,海森堡采用了不确定性原理来描述事件,即空间物质点的确定性原理(物理原理)。非理性)。此外,它把物体的直线运动看作是在无限大半径的圆上的运动,这使它能够投射原子中的相对论效应,并将量子力学中事件的概率与特殊理论的洛伦兹因子联系起来。相对论。

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