Because there was slightly more matter, the collisions quickly depleted all the anti-matter and left just enough matter to create stars, planets and eventually us.
因为有更多的物质，碰撞很快耗尽了所有的反物质，只留下足够的物质来创造恒星、行星和我们人类。
Instead, there were slightly more matter particles than antimatter.
相反，物质粒子比反物质粒子略多一些。
For example, the earth has more matter than the moon, so the earth's pull or gravitation is stronger than the moon's.
比如，地球比月球含的物质多，所以地球的拉力或引力就比月球大。
As an added bonus, an "x" particle could solve another perplexing cosmological mystery: why is there more matter than antimatter in the universe?
额外的收获是，“X”粒子还能解决另一个困扰已久的宇宙谜题：为什么宇宙中物质多于反物质？
The result may help explain why we see so much more matter than antimatter.
其结果可能有助于解释为什么我们看到的物质比反物质要多得多。
This could be the key to explaining why there is more matter than anti-matter in the universe (an excess which could not happen within the known laws of physics).
这也将是解释为什么宇宙中物质比反物质多的关键(一种在已知的物理规律中不可能发生的过剩)。
A similar phenomenon, called symmetry breaking, is thought to have occurred shortly after the Big Bang and upset the balance between matter and antimatter, leaving the universe with more matter.
类似的称之为对称破裂的现象，被认为是在大爆炸后马上发生、破坏了物质和反物质之间平衡、为宇宙遗留下更多物质的现象。
As an added bonus, an "x" particle could solve another perplexing cosmological mystery: why is there more matter than antimatter in the universe? (It's known as "baryon asymmetry" among physicists.)
额外的收获是，“X”粒子还能解决另一个困扰已久的宇宙谜题：为什么宇宙中物质多于反物质？(物理学家称之为“重子不对称”。)
As an added bonus, an "x" particle could solve another perplexing cosmological mystery: why is there more matter than antimatter in the universe? (It's known as "baryon asymmetry" among physicists.)
额外的收获是，“X”粒子还能解决另一个困扰已久的宇宙谜题：为什么宇宙中物质多于反物质？(物理学家称之为“重子不对称”。)
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