第1个回答 2020-08-20
In 1971, Hawking pointed out that "under the extreme high temperature and pressure of the big bang, black holes are likely to appear. After all, as long as the pressure is high enough, any object can collapse into a black hole. Unless the distribution of matter in the universe is very regular during the big bang, there must be some areas that are too thin and some areas are too dense, and black holes will inevitably appear in areas with too much density. " I continued to think based on this hypothesis: in areas with too much density, black holes will devour the surrounding material as soon as they appear. It makes the volume and mass of black hole increase rapidly. At the same time, it drives the surrounding materials to rotate around the black hole, and the surrounding materials collide with each other and squeeze to form planets, stars and other planets, thus producing the most primitive galaxies.
1971年,霍金指出,“在大爆炸的极端高温和高压下,很可能会出现黑洞。毕竟,只要压力足够高,任何物体都可能坍缩成黑洞。除非大爆炸期间宇宙中物质的分布非常规律,否则一定有一些区域密度太小,有些区域密度太大,黑洞不可避免地会出现在密度过大的区域。”我基于这个假设继续思考:在密度太大的区域,黑洞一出现就会吞噬周围的物质。它使黑洞的体积和质量迅速增加。同时,它带动周围物质围绕黑洞旋转,周围物质相互碰撞挤压形成行星、恒星等行星,从而产生最原始的星系。本回答被网友采纳