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Psi-Lines, Chaos, Spirals, Magnetism, and Entanglement

机译:Psi线,混沌,螺旋,磁性和纠缠

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This paper develops existing knowledge regarding psi-lines. The minimum size width and length that a psi-line can attain has been re-examined. This has led to a connection to the well established Megalithic Yard and to Feigenbaum’s Constant (δ), which leads to chaos theory and the ability of the mind to interact with space-time and the laws of physics. Two different types of spiral that terminate psi-lines have been quantified. For example, each has a different orientated entry point, and they have different properties. They are shown to be 3-dimensional helical coaxial bicones with one apex angle involving the Golden Ratio (φ), and the other sine 1/3; both universal angles. The mathematics of the different types of spirals has been explored. In the course of this research new discoveries have been made regarding the effect on psi-lines of the earth’s gravity, spin, and magnetism. In particular, magnetism has an important effect both on the brain and on the entry point of terminal psi-line spirals. The latter has led to a convincing example of remote macro entanglement.NeuroQuantology | September 2012 | Volume 10 | Issue 3 | Page 416-427
机译:本文开发了有关psi线的现有知识。重新检查了psi线可达到的最小尺寸宽度和长度。这导致了与完善的巨石场和费根鲍姆常数(δ)的联系,后者导致了混沌理论以及心灵与时空和物理定律相互作用的能力。已经对终止psi线的两种不同类型的螺旋进行了量化。例如,每个都有不同的定向入口点,并且它们具有不同的属性。它们显示为3维螺旋同轴双锥,一个顶角涉及黄金比例(φ),另一个正弦为1/3。两个通用角度。已经研究了不同类型螺旋的数学。在这项研究过程中,已经发现了有关地球重力,自旋和磁力对psi线的影响的新发现。尤其是,磁性对大脑和psi终端螺旋线的入口都具有重要影响。后者导致了一个令人信服的远程宏缠结的例子。 2012年9月|第10卷|第3期|第416-427页

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