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The distribution of fundamental particles' absolute position

机译：基本粒子的分布＆＃039; 绝对位置

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This article is concerned with the possible general distribution of fundamental particles' absolute position. The particle's absolute position, P abs , may be defined using its internal properties and through its velocity with respect to the expanding universe as discussed by Brodet [Appl. Phys. Res.9, 65 (2017); Phys. Essays 30, 383 (2017)]. As the distribution of the set of masses of fundamental particles seems arbitrary, an attempt is made to use the definition of P abs , as suggested in those papers, to form an ordered distribution of all the fundamentalparticles' absolute position values that have equally spaced averaged absolute position values running from the smallest position to the largest. The above distribution may still allow a distribution of values around a particular particle's averaged P abs . It is suggested that the identityof the particle may not be fundamentally associated solely with its mass value but rather with the particle's absolute position value which includes the mass value among other related variables. Moreover, from the possible connection between the particle's absolute position and its charge,as suggested by Brodet [Phys. Essays 30, 383 (2017)], it is suggested that in fact there may be four fundamental particles' absolute position distribution shapes which may correspond to the four known fundamental electric charge values, namely, 0, 1/3, 2/3, and 1.This allows the identificationof four types of fundamental building blocks in nature described by four fundamental values of minimal energy, spin and charge. The possible connection between the distributions of P abs and the Fermi-Dirac and Boss-Einstein distributions is also discussed. Finally, possibleexperimental ways to investigate and test the above are discussed.
机译：本文涉及基本粒子绝对地位可能的一般分布。可以使用其内部特性和通过与Brodet [Appl的扩展宇宙相对于扩展宇宙的速度来定义粒子的绝对位置P ABS。物理。 res.9,65（2017）;物理。散文30,383（2017）]。由于该组质量的基本颗粒的分布似乎是任意的，因此尝试使用P ABS的定义，如在这些论文中所提出的，以形成所有基本主义的绝对位置值的有序分布，这些标题平均平均平均值绝对位置值从最小位置运行到最大位置。上述分布仍可允许特定粒子平均P ABS周围的值分布。建议颗粒的同一性可以不完全仅利用其质量值基本上与颗粒的绝对位置值与其他相关变量中的质量值不同。此外，从粒子的绝对位置与其电荷之间的可能连接，如Brodet [Phys。散文30,383（2017）]建议实际上可能存在四个基本颗粒的绝对位置分布形状，其可以对应于四个已知的基本电荷值，即0,1 / 3,2 / 3，并且，这使得四种类型的基本构建块的识别是由四种最小能量，旋转和充电的基本值描述的。还讨论了P ABS和FERMI-DIRAC和BOSS-EINSTEI分布的分布之间的可能连接。最后，讨论了调查和测试上述上述的可能的方法。

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