首页> 外文期刊>Journal of High Energy Physics, Gravitation and Cosmology >Gedanken Experiment (Thought Experiment) about Gravo-Electric and Gravo-Magnetic Fields, and the Link to Gravitons and Gravitational Waves in the Early Universe
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Gedanken Experiment (Thought Experiment) about Gravo-Electric and Gravo-Magnetic Fields, and the Link to Gravitons and Gravitational Waves in the Early Universe

机译:Gedanken实验(思想实验),涉及重力电场和重力磁场,以及与早期宇宙中引力波和引力波的联系

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Our Gedanken experiment is a thought experiment as to what is called gravo-electric and gravo- magnetic potentials linked to gravo-electric and gravo-magnetic fields. We examine what Padma- nabhan presented in an exercise as of a linkage of electromagnetic fields with Gravitation. The modifications we bring up take the nonrelativistic approximation as the beginning of an order of magnitude estimate as to gravitons, generated electromagnetic fields, and are by definition linked to the total angular momentum of an initial configuration of “particles” of space-time import. The innovation put into Padmanbhan’/s calculation is to for total mass M, used, to substitute in M ~ N(gravitons) times m(g), where m(g) is about 10^?62 grams, as well as specify distances, for the object spinning as being about Planck length in size, give or take a few orders of magnitude. The results are by definition very crude, and do not take into account relativistic effects, but are pro- bably within an order of magnitude important comparison. We conclude with an a comment as to the possibility of an additional polarization as due to a response function of an interferometer to “scalar” polarization as maybe indicate a scalar-tensor gravitational theory as a replacement for General Relativity.
机译:我们的Gedanken实验是关于与重力电场和重力磁场相关的所谓重力电场和重力磁场的思想实验。我们将帕德玛纳汉(Padmanabhan)在练习中所呈现的内容与电磁场与引力的联系联系起来。我们提出的修改以非相对论近似为引力子,产生的电磁场的数量级估计的开始,并且根据定义与时空导入的“粒子”初始配置的总角动量相关。 Padmanbhan计算中的创新之处在于,用总质量M代替M〜N(重力)乘以m(g),其中m(g)约为10 ^ 62克,并指定距离,对于旋转的物体,其大小约为普朗克长度,大约或大约几个数量级。从定义上讲,结果是非常粗糙的,没有考虑相对论的影响,但是可能在一个重要的数量级比较中。我们在评论中总结了由于干涉仪对“标量”偏振的响应函数而导致的额外极化的可能性,这可能表明标量张量引力理论可以代替广义相对论。

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