基本粒子质谱的一种可能模型
A Possible Model for the Mass Spectrum of Elementary Particles
摘要：
基于微观宇宙和量子态约化概念，讨论了关于基本粒子质量起源的一个猜想。一个真实粒子的量子态的减少被理解为客观地发生;在与其他真实粒子的每一次相互作用事件中，粒子的量子态被湮灭，并产生一个新的量子态。在这些事件中，粒子在时间和空间中被定域化，具有由不确定原理建立的最大精度。这种定域化所需的最小能量构成了对粒子质量的主要贡献。另一个贡献是在有限的持续时间内发生的局部化过程中粒子的自相互作用。估计这两个贡献的一些算法提出和讨论。
英文摘要：
A conjecture on the origin of elementary particle masses is discussed, based on the micro-universe and quantum state reduction concepts. The reduction of the quantum state of a real particle is understood to take place objectively; in every interaction event with other real particles, the quantum state of the particle is annihilated and a new one is created. In these events, the particle is localised in time and in space, with a maximum precision established by the uncertainty principle. The minimum energy required for this localisation constitutes the chief contribution to the particle mass. A further contribution is provided by the self-interaction of the particle during localisation, which occurs within a finite duration. Some algorithms for estimating these two contributions are presented and discussed.
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