8. Gravitational waves

M. Goldsmith
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Abstract

In 1916, Einstein published his theory of general relativity, which incorporated fundamentally new ideas about the nature of gravity, including that gravitational effects take time to travel. He also showed that under some circumstances, objects lose energy by emitting ‘ripples’ in time and space: gravitational waves. ‘Gravitational waves’ explains how these waves are very weak and only the most powerful events in the Universe generate strong enough versions to be detected. Gravitational waves differ from other kinds of waves as their only effect is to cause objects to move together and then apart again. They provide a unique new window on the Universe, allowing us to look deeper and further than ever before.
8. 引力波
1916年,爱因斯坦发表了他的广义相对论,其中包含了关于引力本质的基本新观点,包括引力效应需要时间传播。他还指出,在某些情况下,物体会在时间和空间中发出“涟漪”,即引力波,从而损失能量。“引力波”解释了为什么这些波非常微弱,只有宇宙中最强大的事件才会产生足够强的版本才能被探测到。引力波不同于其他种类的波,因为它们唯一的作用是使物体一起运动,然后又分开。它们为观察宇宙提供了一扇独特的新窗口,使我们能够比以往任何时候都看得更深更远。
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