Einstein's mass dilation as aether drag

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作者
Bennett, Chuck
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Journal of New Energy | / 2卷 / 01期
关键词
Drag - Integrodifferential equations - Mass transfer - Physics - Relativity;
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摘要
In relation to Einstein's relativistic mass dilation equation, it is postulated that actual mass transfer is responsible for the mass change in relativistic mass. The law of conservation of mass is upheld. The fundamental particle is the element for a quantized aether and acts as an agent for mass transfer in relativistic mass changes. In addition, the conservation of particulate angular momentum is derived for the smallest article of the aether. The particle can be taken to be the infinitesimal limit as the fundamental element of the aether approaches zero. These premises establish the seed of vortical motion for the quantized aether.
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页码:74 / 76
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