arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 2407.09588astro-ph.IMastro-ph.COgr-qcphysics.pop-ph
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引力透镜化引力波的声化 / 引力透镜效应对引力波的作用的声化(加泰罗尼亚语)

Sonification of gravitationally lensed gravitational waves / Sonificació de l'efecte de lent gravitatòria en ones gravitacionals

Helena Ubach, Jordi Espuny

AI总结:

本研究将引力透镜效应作用下的引力波数据进行声化处理,利用声音的自然波动特性复现引力波多像叠加的干涉现象,并提供了可收听的交互及录制示例网站。

摘要:

引力波是时空的振荡,例如由黑洞并合产生。若这些波穿过另一个大质量天体物理天体,会经历一种名为引力透镜的效应,使波发生畸变和偏转。该效应会产生引力波信号的多个像,并引发像之间的干涉。本文阐述了引力波所受引力透镜效应的声化过程。声化是将数据转化为声音的过程。声音的波动特性会自然地产生波之间的干涉,这使我们得以复现由引力透镜效应特有的引力波多个像叠加所产生的干涉。相关结果可在以下网站收听:https://zoom3.net/sonificacions/ona-gravitacional.html —— 两个黑洞并合产生的引力波;https://zoom3.net/sonificacions/ona-gravitacional-lent.html —— 受引力透镜影响的引力波,交互式网站;https://zoom3.net/sonificacions/ona-gravitacional-lent-exemples.html —— 受引力透镜影响的引力波,已录制的示例。

英文摘要:

Gravitational waves are oscillations of space-time that are created, for example, in black hole mergers. If these waves travel through another massive astrophysical object, they will undergo an effect called gravitational lensing, that will distort and deflect them. This effect can create multiple images of the gravitational wave signal, and interference between them. In this document, we describe the sonification process of the gravitational lensing effect on gravitational waves. Sonification is the translation of data into sound. The wave nature of sound creates interference between waves in a natural way. This has allowed us to reproduce the interference produced by the superposition of gravitational wave images, characteristic of the gravitational lensing effect. The results can be heard on the following websites: https://zoom3.net/sonificacions/ona-gravitacional.html - gravitational waves from the merger of two black holes https://zoom3.net/sonificacions/ona-gravitacional-lent.html - gravitational waves affected by a gravitational lens, interactive website https://zoom3.net/sonificacions/ona-gravitacional-lent-exemples.html - gravitational waves affected by a gravitational lens, recorded examples.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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