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A Non-Newtonian View of the Universe Derived from Hydrodynamic Gravitation and Expanding Earth
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作者 Giancarlo Scalera 《Journal of Modern Physics》 CAS 2022年第11期1411-1439,共29页
Earth Science observations and the Borexino and KamLAND geoneutrino experiments provide clues on the role of aether in the evolution of the Earth, planets, and all other universal structures. Analysis of the problem o... Earth Science observations and the Borexino and KamLAND geoneutrino experiments provide clues on the role of aether in the evolution of the Earth, planets, and all other universal structures. Analysis of the problem of storage of aether entering celestial bodies led to a hydrodynamic explanation of gravitation which in turn was found to be closely related to the expanding Earth and to several other phenomena. Variable radius paleogeography provides an approximate assessment of the quantity of ordinary matter added to the planet per time unit, and some inferences about the Earth’s inner energy balance. The aether density, flow rate, and velocity are computed with the help of astrophysics. The origins of cosmological and gravitational redshift are unified under the single cause of gravitation. This is linked to the similar but not interchangeable concept of tired light, which was considered very plausible by cosmologists like Edwin Hubble and Fritz Zwicky. A superluminal speed was calculated for aether at the Earth’s surface. INFN experiments confirm hydrodynamic gravitation and superluminal velocities, and it is possible to identify interrelations of aether parameters with the currently known cosmological parameters H<sub>0</sub>, G, and c. Unification of hydrodynamic gravitation and the expansion of the celestial bodies through the existence of a minor dissipative force, a non-Newtonian concept, involves a revision of the theories of physics and cosmology, in which the currently accepted laws of physics will be only considered good approximations of a more complex reality. 展开更多
关键词 Expanding Earth aether Central Flow Hydrodynamic Gravity Red Shifts new Evolutionary Cosmology
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关于绝对惯性参考系
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作者 刘厚德 《西南民族大学学报(自然科学版)》 CAS 1991年第4期8-11,共4页
本文分析了近代的“新以太”假说和绝对惯性参考系问题,并得出了狭义相对论仍保持有效的结论。
关键词 绝对惯性参考系 新以太 狭义相对论
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