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RESOLUTION OF KANTOR AND BABCOCK-BERGMAN EMISSION THEORY ANOMALIES

机译:Kantor和Babcock-bergman发射理论异常的解析

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Kantor's 1962 interferometer result supporting the emission theory of light was tested by Babcock and Bergman (B&B) in 1964, but with rotating glass plates placed in a vacuum. The result was different and consistent with Einstein's Special Theory of Relativity (STR). Two "not fully understood" anomalies remained; A 0.02 fringe shift was still found (Kantor found 2.9), and the kinetic fringe shift with rotating plates was far smaller than the shift with the plates static. The results falsified the theory that light passing out of the glass continued at c+v in the lab frame, but the anomalies were not resolved. We review these alongside related and poorly understood effects including kinetic reverse refraction and non-linear optics. We also consider advances in science and astrophysics and find and describe a theoretical resolution. We find that Kantor's finding may also be 'apparent' without violating the postulates of the STR or invoking an absolute 'ether' frame. Relationships between Maxwell's near field transition zone, photo-ionization, non-linear optics and the surface electro/magneto-optic Kerr effects emerge, building an ontological construction which we describe and quantify. Proper Time is found as required for Proper speed. A relativistic theoretical model is built from a diffractive mechanism, as used by the US Naval Observatory for accuracy in the AA2010 aberration declination model, but now with a "consistent relativistic theory" to support it. We show how the inconsistency between Michelson's 1924 experiment supporting ether and his famous null result may arise from systemic errors of symmetry in 1924. The quantum mechanisms of Raman (and coherent forward) scattering, optical axis rotation and CMB frames last scattered are shown to directly derive the STR postulates. Some further experiments are suggested.
机译:1964年,Babcock和Bergman(B&B)测试了支持光发射理论的Kantor 1962年干涉仪结果,但将旋转玻璃板置于真空中。结果是不同的,并且与爱因斯坦的狭义相对论(STR)相一致。仍然存在两个“尚未完全理解”的异常。仍然发现0.02的条纹偏移(Kantor找到2.9),旋转板的动态条纹偏移远小于板静态的条纹偏移。结果伪造了理论,即从玻璃中射出的光在实验室框架中以c + v继续发光,但异常没有得到解决。我们回顾了这些现象以及相关的和鲜为人知的影响,包括动力学反向折射和非线性光学。我们还考虑科学和天体物理学的进步,并找到并描述理论上的解决方案。我们发现,在不违反STR假设或调用绝对“以太”框架的情况下,Kantor的发现也可能是“明显的”。麦克斯韦的近场过渡区,光电离,非线性光学与表面电/磁光克尔效应之间的关系出现,建立了我们描述和量化的本体结构。根据正确速度的要求找到适当的时间。相对论理论模型是由衍射机制建立的,美国海军天文台使用该机制来保证AA2010像差偏角模型的准确性,但现在有了“一致相对论”来支持它。我们展示了迈克尔逊(Michelson)在1924年进行的以太坊实验与他著名的无效结果之间的不一致之处,可能是由1924年的系统对称性系统误差引起的。拉曼(和相干正向)散射,光轴旋转和最后一次散射的CMB框架的量子机制被证明直接得出STR假设。建议进行一些进一步的实验。

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