"引力波"是个多义词,它可以指引力波(物理概念),引力波(隋柯名2016年歌曲)。
激光干涉引力波天文台 LIGO
激光干涉引力波观测站 LIGO
激光干涉引力波观测台 LIGO
引力波天文台 LIGO ; Advanced LIGO
引力波光学瞬态 GOTO
高频引力波 HFGW
欧洲引力波天文台 VIRGO
引力波国际委员会 GWIC
干涉引力波天文台 DECIGO
Presented is also the spectrum for relic gravitational wavesin the current accelerating universe that we have recently obtained. Besides, some of the important progress are mentioned in experimetal detections as well as in theoretical study of gravitational waves.
文中还介绍了近期引力波源研究的一些结果,包括我们最近得到的加速膨胀宇宙中的残余引力波能谱以及引力波探测最新现状。
参考来源 - 宇宙中的几类引力波源The scheme using a folded optical soliton storage ring to detect gravitation wave is the project proposed by our group.
利用固定在共振棒上折叠光孤子存储环测量引力波,是我们课题组提出的一种设想。
参考来源 - 连续波对存储环中光孤子传输的影响The existence of gravitational waves is the direct consequence of Einstein's General Relativity.
引力波是爱因斯坦广义相对论的直接推论,对引力波的检测,是对广义相对论最有效和最严格的检验,也是对广义相对论最有效和最激动人心的检验。
参考来源 - 具有典型磁矩的中子双星系统中引力波向电磁波的转化·2,447,543篇论文数据,部分数据来源于NoteExpress
宇宙弦还会产生无与伦比的至强引力波。
Cosmic strings would also create incredible gravitational waves, stronger than any other known source.
在一维或二维空间,引力波无法存在。
Gravitational waves can't exist in one or two-dimensional space.
现有的和待造的引力波探测器就是为它们准备的。
These waves are what those current and planned gravitational wave detectors are designed to look for.
so first of all, Cal Tech has a very strong group in gravitational wave physics,
首先,加州理工引力波物理的师资很强,
We will prove him wrong and show that we can really find it.
我们要证明他错了,证明我们能找到引力波。
And actually like, this gravitational waves is one of the last proofs...
其实,这个引力波是最后的证据之一……
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