论文标题
早期宇宙中的原始颗粒和波浪
Primordial particles and waves in the early Universe
论文作者
论文摘要
观察性证据指出了我们宇宙的起源是大爆炸爆炸，我们观察到的正常物质可以通过早期宇宙的强和弱相互作用阶段所产生的颗粒来很好地解释。占据宇宙主要内容物的暗能量和暗物质可能是从早期而产生的，而不是夸克的时间。我们建议暗能是早期宇宙中引力波（GWS）的整合，而暗物质是由X颗粒组成的，X颗粒是早期创建的，并且比早期宇宙中的夸克更重。 X颗粒可以是玻色子，除重力外，与正常物质没有相互作用或几乎没有相互作用，并且它们可以是自由颗粒，也可以是bose-Einstein凝结（BEC）在星系簇和银河系中的主要物质。本文指出，作为思想框架，需要进一步研究。
The observational evidence points to the origin of our Universe from a big-bang explosion, the normal matter we observed can be well explained by the particles created in the strong and weak interacting phases of the early universe. The dark energy and dark matter, which occupy major contents of the universe, may be created from earlier times than that of quarks. We propose that the dark energy is an integration of the gravitational waves (GWs) in early universe, and the dark matter is composed of x particles which are created earlier and have much heavier mass than quarks in early universe. The x particles may be bosons with no or little interaction with normal matter except gravity, and they can be free particles or Bose-Einstein Condensed (BEC) matter as the dominant matter in the galaxy clusters and galactic halos. This paper notes as a framework of ideas need to be investigated further.
