一种新型的纳米金属诱导吸收引力波技术研究

Study on a new kind of nano-metal induced absorption gravitational wave

引力波使人们能够了解以往无法认知的信息,自从LIGO探测到引力波,引力波便成了一个热门的研究课题。现有的引力波探测技术都是基于迈克逊干涉原理,探测器形体庞大,耗资巨大。文章以纳米金属的诱导吸收为探测引力波的机理,设计出石墨烯、纳米银颗粒和二氧化硅颗粒复合型探测膜材料,并以此作为正十二面体的面材料,构建出正十二面体引力波探测器。该探测器可以根据诱导吸收谱的频率和各个面归一化诱导吸收产生的电流密度变化判定引力波的基本情况。该探测器有望开启引力波探测新的热潮。

Gravitational wave is to enable people to understand the past astronomical technology can not show the information,since Ligo detection of gravitational wave,gravitational wave has become a hot research topic.The existing gravitational wave detection technology is based on the principle of Michelson interference,detector large size,huge cost.In this paper,we have designed the composite detection membrane of graphene,silver nanoparticles and silicon dioxide particles based on the mechanism of the induced absorption of the nanometal to detect the gravitational waves,to construct the gravitational-wave detector of the dodecahedron.The detector can determine the basic conditions of gravitational wave according to the frequency of the induced absorption spectrum and the change of the current density produced by the normalized absorption in each plane,including the object and the position of the object.The probe is expected to kick-start a new wave of gravitational wave detection,revealing even more mysterious worlds in outer space.