No they will not, because the amount of antiquarks are really small, not equal with quarks.
不会的，因为反夸克的数量远少于夸克。
When quarks are resting, antiquarks are set free from our bodies, they can go anywhere they want to.
当夸克休息的时候，反夸克就从身体中被释放了出来。
But about 50 trillionths of a trillionth (5 10-23) of a second later, all the quarks, antiquarks and gluons recombine into hadrons that explode outward into the surrounding detectors.
但在兆兆分之50(510 - 23)秒后，所有的正反夸克与胶子就又重新结合为强子而向外爆发，进入周围的侦测器中。
The nuclei and their constituent protons and neutrons literally melt, and many more quarks, antiquarks (antimatter opposites of the quarks) and gluons are created from all the energy available.
在此原子核与其组成的质子与中子真的就融化了，而从所有可用的能量之中，创生出更多的夸克、反夸克(夸克的反物质)与胶子。
The nuclei and their constituent protons and neutrons literally melt, and many more quarks, antiquarks (antimatter opposites of the quarks) and gluons are created from all the energy available.
在此原子核与其组成的质子与中子真的就融化了，而从所有可用的能量之中，创生出更多的夸克、反夸克(夸克的反物质)与胶子。
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