标题： 从驻波粒子模型出发的统一相对论物理 显示英文标题

标题： Unified Relativistic Physics from a Standing Wave Particle Model

摘要： 由一个关于物质和静止辐射量子共同性质的单一公设出发，物理学得到了一种极其简单和统一的基础。 已经推导出了静态波粒子模型的基本相对论性、引力（G）和量子力学特性。 这是通过辐射的双重性质以及在G场中非局域情况下的严格均匀关系来实现的。 这种方法减少了独立变量的数量，并突出了（并避免了）一些G理论的重要非均匀性误差。 它统一并解释了物理学的基本原理和公设。 引力的结果取决于线性辐射特性，而不依赖于任意的场关系。 它们与传统测试一致。 然而它们与当前的G理论有一些根本的不同之处。 与传统理论不同，该粒子模型还建立了明确的宇宙学和天体物理模型，这些模型与较为传统的模型不同。 它们已被描述并通过天文观测进行了测试。 这些测试已在另一项单独的工作中重新进行，并将发送至天体档案库。 显示英文摘要

摘要： An extremely simple and unified base for physics comes out by starting all over from a single postulate on the common nature of matter and stationary forms of radiation quanta. Basic relativistic, gravitational (G) and quantum mechanical properties of a standing wave particle model have been derived. This has been done from just dual properties of radiation's and strictly homogeneous relationships for nonlocal cases in G fields. This way reduces the number of independent variables and puts into relief (and avoid) important inhomogeneity errors of some G theories. It unifies and accounts for basic principles and postulates physics. The results for gravity depend on linear radiation properties but not on arbitrary field relations. They agree with the conventional tests. However they have some fundamental differences with current G theories. The particle model, at a difference of the conventional theories, also fixes well-defined cosmological and astrophysical models that are different from the rather conventional ones. They have been described and tested with the astronomical observations. These tests have been resumed in a separated work to be sent to the astro Archive.