That's key to understanding planet formation.
这是理解行星形成的关键。
The standard theory of planet formation holds that no planet that large could be formed so close to a star, leading to the suggestion that the body is a companion star.
行星形成的标准理论认为，没有一颗如此大的行星能在如此靠近恒星的地方形成，因此才有人推测该天体是一颗伴星。
Those ideas about terrestrial planet formation and habitability of terrestrial planets will need to be re-evaluated from scratch.
那些关于类地行星形成与类地行星可居住性的概念将需要从头开始重新进行评估。
According to planet formation theory, there was a process of building that went on in the early solar system - smaller planetesimals to larger planetary embryos to actual planets.
根据行星形成理论，在太阳系早期，存在一个形成过程，更小的小行星形成稍大的行星胚胎，最终形成现在的行星。
In planet formation, as in adolescence, you've got your late bloomers.
可能在青春期，你属于那迟开的花朵，某些行星的形成也如此。
Researchers try to figure out which way real planets form by simulating planet formation in computer models.
研究人员通过计算机模型来模拟行星形成的情况，以期搞明白真正的行星是按照哪一种方式形成的。
Similarly, the size and longevity of stellar disks, and thus the efficiency of planet formation, depend crucially on the role played by dynamical interactions in the stellar womb.
相似地，恒星气盘的大小与寿命，和与此相关的行星形成效率， 主要取决于恒星发源地内动态交互作用所扮演的角色。
Similarly, the size and longevity of stellar disks, and thus the efficiency of planet formation, depend crucially on the role played by dynamical interactions in the stellar womb.
相似地，恒星气盘的大小与寿命，和与此相关的行星形成效率， 主要取决于恒星发源地内动态交互作用所扮演的角色。
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