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首页> 外文期刊>International Journal of Theoretical and Mathematical Physics >Could the Inertia and Energy Content of Matter Diminish over Cosmological Time?[1]
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Could the Inertia and Energy Content of Matter Diminish over Cosmological Time?[1]

机译: [ 1] 随着宇宙的发展,物质的惯性和能量含量会减少吗?

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If the inertial properties of matter diminished according to , with a corresponding loss of intrinsic energy, (The “_” notation represents a ratio of past measures over present measures so represents the ratio of the objects location in Cosmological Time divided by the Age of the Universe, and represents a ratio of the past over the present measures of inertial mass), then some interesting relationships result and a number of fundamental ambiguities in physics are resolved. Mentioning just one ambiguity; a gram of matter and a gram of radiant energy in intergalactic space now would maintain their equivalency over time, even though the photon loses energy as evidenced by the Cosmological Red Shift. As inertial mass is lost, relationships defined by a balance between inertial and spatial forces contract. (Spatial Forces are defined by spatial field based relationships associated with Gravity and Electromagnetism.) Spectra emitted or absorbed in the past would be “redder” than spectra produced in the present due to the denser atomic electrostatic field relationships in the present compared to the past. The contraction of atomic relationships also contracts local rulers which results in a measured Cosmological Red Shift that varies by This establishes an alternative or additional explanation for the observed Recessional Red shift. Clock rates established by a balance between inertial and spatial forces speed up over time so intervals of time to vary by, , which also produces an alternative or additional explanation for Time Dilation. The hypothetical geometrically defined model that could yield this variation in inertial mass is based on the following assumptions; 1. An extra dimensional space, (or Unobserved Space, or a set of extra dimensionally defined spatial field relationships), is in motion and is passing through our Observable Space. 2. It is the velocity of Unobserved Space through matter that imparts to mass the properties of inertia and “intrinsic” energy (E = mcc). 3. Unobserved Space and Observable Space are geometrically interconnected and are expanding at the same geometrically defined rate of , where refers to the proportional distance between points on the spatial field. 4. The velocity of Unobserved Space, Vu, is diminished at a geometrically derived rate of which results in the property of inertia to vary at the same rate. The model is called the “Vu model”. Analogously, just as we can visualize an expanding “flatland universe” in motion along an unobserved orthogonal dimension, we can visualize it instead as an Unobserved Space passing through a Flatland Universe. The same “rules” that were developed in a previous Paper, (A Multidimensional Geometric Expansion of Spacetime) [2] that established the geometric expansion of Observable Space also apply within Unobserved Space. This is the second of 4 papers that together define an alternative geometry for Spacetime and the Cosmos. The four papers together will establish a model that apparently will not need Dark Matter or Dark Energy to be consistent with the cosmological locations and rotational rates of Galaxies in the Universe.
机译:如果物质的惯性特性根据降低,并伴随有固有能量的损失,(“ _”表示过去的测量值与当前测量值的比值,则代表宇宙时间中物体位置的比值除以宇宙,并代表过去与惯性质量的当前度量之比),然后得出一些有趣的关系,并解决了物理学中的许多基本歧义。仅提及一种歧义;星际空间中的一克物质和一克辐射能量现在将随着时间的推移保持它们的等效性,即使光子失去了能量(如宇宙红移所证明的那样)。随着惯性质量的损失,由惯性力和空间力之间的平衡所定义的关系会收缩。 (空间力是由与重力和电磁有关的基于空间场的关系定义的。)由于与过去相比,目前的原子原子场关系更紧密,因此过去发射或吸收的光谱将比当前产生的光谱“红”。 。原子关系的收缩也会使局部标尺收缩,从而导致测得的宇宙红移变化为。这为观察到的衰退红移建立了替代或补充的解释。惯性力和空间力之间的平衡所建立的时钟速率会随着时间的推移而加快,因此时间间隔的变化幅度为,这也为“时间膨胀”提供了另一种解释或其他解释。假设的几何定义模型可能会产生惯性质量的这种变化,它基于以下假设; 1.一个额外的维度空间(或“未观察到的空间”,或一组额外的在维度上定义的空间场关系)正在运动,并且正在穿过我们的“可观察的空间”。 2.是通过物质的未观察空间的速度将质量赋予惯性和“本征”能量(E = mcc)。 3.未观测空间和可观测空间是几何互连的,并且以的相同几何定义速率扩展,其中指空间场上各点之间的比例距离。 4.未观测空间的速度Vu以几何推导的速率减小,这导致惯性特性以相同的速率变化。该模型称为“ Vu模型”。类似地,就像我们可以观察到沿未观察到的正交维度运动的不断扩展的“平坦世界”一样,我们也可以将其可视化为穿过平坦世界的未观察到的空间。与前一篇论文(时空的多维几何扩展)[2]中建立的相同“规则”建立可观察空间的几何扩展也适用于未观察空间。这是4篇论文中的第二篇,它们共同为Spacetime和Cosmos定义了另一种几何形状。这四篇论文将共同建立一个模型,该模型显然不需要暗物质或暗能量来与宇宙中银河系的宇宙学位置和旋转速度保持一致。

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