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arXiv 0708.1635gr-qc
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引力脑电波、量子涨落和随机量子化

Gravitational brainwaves, quantum fluctuations and stochastic quantization

D. Bar

摘要:

众所周知,大脑的生物活动包括电波的辐射。这些波是由离子电流和电荷在大脑神经元之间传播产生的。但是很明显,这些离子和电荷是由它们的相关质量携带的,根据引力理论,这些质量应该产生极弱的引力波。在下文中,我们使用随机量子化(SQ)理论来计算找到大量辐射类似引力波的大脑的概率。我们也利用这个SQ理论推导出与已知兰姆位移有关的平衡态。

英文摘要:

It is known that the biological activity of the brain involves radiation of electric waves. These waves result from ionic currents and charges traveling among the brain's neurons. But it is obvious that these ions and charges are carried by their relevant masses which should give rise, according to the gravitational theory, to extremely weak gravitational waves. We use in the following the stochastic quantization (SQ) theory to calculate the probability to find a large ensemble of brains radiating similar gravitational waves. We also use this SQ theory to derive the equilibrium state related to the known Lamb shift.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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