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Seeliger's Gravitational Paradox and the Infinite Universe

机译:Seeliger的引力悖论和无限宇宙

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Seeliger’s paradox is often regarded as an argument against Newtonian potentials in aninfinite universe. In this paper the argument is analyzed with the help of Riemann’sseries theorem. This theorem reveals that the paradox is a known consequence of therearrangement of conditionally convergent series or integrals, and so it demonstratesthat the same situation would arise with almost any other type of gravitational forcelaw. Therefore Seeliger’s argument is not a valid proof against Newton’s inverse squarelaw or even an infinite universe.
机译:Seeliger的悖论通常被认为是反对无限宇宙中牛顿势的一种说法。本文在黎曼级数定理的帮助下对这一论点进行了分析。该定理揭示了悖论是有条件收敛的级数或积分的排列的已知结果,因此它证明了几乎任何其他类型的引力定律也会出现相同的情况。因此,Seeliger的论点不是针对牛顿逆平方律甚至是无限宇宙的有效证明。

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