... we lit beacons... in the Universe only we are alone ...

A. Ilin
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Abstract

Superluminal contact with extraterrestrial civilizations can be carried out either by observing the appearance of regular gaps in the CMB relic microwave background or by manipulating the state of quantum fluctuation using the dynamic Casimir effect; potentially, it is also possible to observe patterns in the relic background of Goldstone bosons – axions. It is more correct to evaluate the search for a signal on an axion background of noise as a spectrum of intermediate NeutralA - gaps in various relict backgrounds that form a recognizable pattern of NonA formed NeutralA and AntiA, which is the neutrosophic signal of NonA for us. Observation of the NonA neutrosophic signal for axions is possible with scalarvector potential detectors based on the Aharonov-Bohm effect or on the basis of the Wolf-Bragg`s condition for X-ray diffractioninterference. The creation of axion telescopes with matrices of nano- or micron-sized pixels for observing the cosmic NonA for Rφ and RA will make it possible to establish superluminal Contact of Civilizations.
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…我们点燃了信标……在宇宙中只有我们是孤独的……
与外星文明的超光速接触可以通过观察CMB遗迹微波背景中规则间隙的出现或利用动态卡西米尔效应操纵量子涨落状态来实现;潜在地,也有可能在戈德斯通玻色子-轴子的遗迹背景中观察到模式。更正确的评价是在噪声的轴子背景下寻找信号作为中间NeutralA的频谱-在各种残余背景中形成可识别的NonA形成的NeutralA和AntiA的间隙,这对我们来说是NonA的中性信号。基于Aharonov-Bohm效应或基于Wolf-Bragg的x射线衍射干涉条件的标量矢量势探测器,可以观测到诺纳中性粒细胞信号。建造带有纳米或微米像素矩阵的轴子望远镜,用于观测宇宙NonA的Rφ和RA,将使建立文明的超光速接触成为可能。
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