太阳系和宇宙中的调制波频率

G. Kochemasov
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引用次数: 0

摘要

由于宇宙中所有的天体都以不同的轨道频率在几个轨道上运动,它们受到调制波的影响。星系和宇宙中星系组合的极低轨道频率通过产生短的、精细的和最精细的射电和伽马射线来调节较小的宇宙天体的轨道频率。它们的出现和无线电波物理学预测的一样。调制是高频与低频的除法和乘法。结果在主频率的同时,出现了与这些构造颗粒相对应的两个侧频率。比如土星、冥王星、月球、土卫六、谷神星、火卫一、丘留莫夫-格拉西门科彗星核心的表面。失去的质量和暗能量可能与尚未测量到的最短振荡有关。
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Modulated Wave Frequencies in the Solar System and Universe
As all cosmic bodies in Universe move in several orbits with very different orbiting frequencies they are affected by modulated waves. Very low orbiting frequencies of Galaxy and assemblies of galaxies in Universe modulate orbiting frequencies of smaller cosmic bodies with production of short, fine and finest radio and gamma rays. They appear as predicted by radio wave physics. The modulation is division and multiplication of the higher frequency by the lower one. As a result along with main frequencies appear two side frequencies with corresponding those tectonic granules. Examples are on surfaces of Saturn, Pluto, the Moon, Titan, Ceres, Phobos, Churyumov-Gerasimenko comet core. Lost mass and dark energy possibly are related to the shortest not yet measured oscillations.
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