| 1. | First , what ' s a graviton
首先，什么是引力子？
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| 2. | Except graviton , all others particles have been found in experiments
除了引力子外，其他所有粒子皆被实验证实存在。
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| 3. | Apex ? 1 reappears to deltan graviton telemetry 0 . 6 billion km from delta
尖端1号，重新出现在距德尔塔6亿公里的地方。
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| 4. | But in practice , it ' ll be a long time before anyone detects a graviton
不过实际上，人们要探测到引力子将需要很长的时间。
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| 5. | From the macroscopic properties of gravity you can work out what the graviton should be like
从引力的宏观属性，你可以推算出引力子的大致情况。
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| 6. | Since the other forces work by exchanging carrier particles , we assume that gravity does too and call the carrier the graviton
既然其它的力都是通过交换载体粒子来作用，我们假设引力也是如此并且称其载体为引力子。
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| 7. | This feature is very welcome because it precisely matches the properties of the carriers of all known fundamental forces , such as the photon ( for electromagnetism ) and the graviton ( for gravity )
这项特色是很受人欢迎的，因为它精确地吻合所有已知基本作用力载体（如传播电磁力的光子以及重力的重力子）的性质。
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