物质的基本对象：普遍性、层次性、同构性、动力学谱
Elementar Objects of Matter: Universality, Hierarchy, Isomorphysm, Dynamical Spectrum
摘要：
在波动宇宙概念（WU概念）的框架下，提出了有效描述微观和巨世界层次的基本物质对象（EOM），特别是亚原子物理中粒子的另一种方法。波动宇宙观认为，EOM的离散谱是紧密相连的，是由宇宙中物理上优选的、精英速度的普适谱产生的。特别注意对EOM中心集--定态的分析和精确描述。特别是，粒子物理学的主要重要对象（质子，π介子，主介子等）的质量值，质量之间的交叉关系的足够精确的表示。获得了所得到的特征维数参数的层次表示，如质谱-质量公式，不含任何发散性，简单、紧凑、物理意义明确，不含任何拟合参数。有了这一点，这些表示的竞争力领域几乎是无限的-显然，“所有”波宇宙的广泛设置EOM的微观和megaworld。
英文摘要：
In the frame of Wave Universe Concept (WU Concept) it is presented the alternative approach to the effective description of Elementar Objects of Matter (EOM) of micro and megaworld hierarchy, in particular, of particles in subatomic physics. According to the Wave Universe Concept (WU Concept), discrete spectrum of EOM is close connected, generate by universal spectrum of physically preferable, elite velocities in the Universe. The special attantion to analysis and precise description of central set of EOM - stationary states (of EOM) is payed. In particular, sufficiently precise representations for mass values, cross relations between masses of main important objects of particle physics (proton, pion, main mesons, etc.) are obtained. Obtained representations for the hierarchy of characteristic dimensional parameters, for instance, for the mass spectrum - mass formula are not contained any divergencies - its are simple, compact, possess clear physical sence and have not any kind of fitting parameters. With this, the competence field of these representations is practically indefinitely - apparently, "all" Wave Universe for wide set EOM of micro and megaworld.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
