粒子量子态具有逻辑悖论属性的分析

An Analysis of Particle Quantum States Using Logical Paradox Attibute

以新的角度对粒子量子态的相关属性进行系统的物理性分析,对量子力学中的一些不准确认识给出了明确结论。运用狭义相对论异地不同时性证明了粒子量子态不具有时间属性,只具有单纯的空间属性;从时间和空间属性的特征出发,依据量子态叠加原理分析了经典粒子和粒子量子态的时空属性的关系;运用量子态叠加原理进一步分析了波粒二象性之间的关系,给出粒子的时空属性关系和波粒二象性关系的数学定性表达形式;运用粒子时空关系的数学定性表达形式和粒子量子态波包塌缩熵增定律给出了时间具有方向性的原因分析;将量子态叠加原理拓展到数理逻辑领域,最终给出了粒子的时空属性关系和波粒二象性关系具有统一的悖论逻辑关系的结论。

A systematic analysis of the physical properties of the quantum states of particles is presented from a new perspective, and clear conclusions are drawn regarding some inaccurate conceptions in quantum mechanics. Based on the special relativity heterogeneous simultaneity, it is proven that the quantum state of a particle does not have a quantifiable position in time,but only in space. The relationship between the classic spatio-temporal properties of a particle and the quantum state of a particle is analyzed based on the principle of superposition of quantum states. The relationship between waves and particles is further analyzed in terms of quantum superposition, and the relationship between the spatio-temporal properties of particles and the wave-particle duality is explored. An analysis of why time has directionality is presented using a quantitative mathematical representation of the space-time relationship of particles, as well as the rule of the quantum states of particles where the wave function collapses, entropy increases. The principle of superposition of quantum states is translated to the field of mathematical logic. Finally, the conclusion is reached that the relationship of particles between the space and time and the wave-particle duality relation present a unified logical relation of paradox.