宇宙的大部分不见了!

Nicholas Mee
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摘要

宇宙中的大部分物质以一种未知的形式存在,叫做暗物质。所有对星系和星系团质量的估计都表明,它们包含的物质远远超过我们以恒星的形式看到的物质。传统的解释,如存在大量被称为macho的燃烧殆尽的恒星或黑暗气体云,已经被排除在外。最流行的解释是,暗物质由大量被称为wimp的假设稳定粒子组成,这些粒子在宇宙早期大量产生。世界各地的许多实验室都在寻找这些粒子的迹象。其中包括进行XENON100实验的意大利格兰萨索实验室。一些理论家认为,如果我们有一个更好的引力理论,暗物质存在的证据就会消失。对子弹簇的分析表明,这样的建议是行不通的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Most of the Universe is Missing!
Most of the matter in the universe exists in an unknown form called dark matter. All estimates of the mass of galaxies and galaxy clusters suggest they contain far more matter than is visible to us in the form of stars. Conventional explanations, such as the existence of large quantities of burnt-out stars known as MACHOs or dark gas clouds, have been ruled out. The most popular explanation is that dark matter consists of vast quantities of hypothetical stable particles known as WIMPs that were produced in vast quantities in the very early universe. Many laboratories around the world are searching for signs of these particles. These include the Italian Gran Sasso laboratory running the XENON100 experiment. Some theorists have suggested the evidence for dark matter would disappear if we had a better theory of gravity. Analysis of the Bullet Cluster indicates such proposals will not work.
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