And your graviton research is mediocre at best!

你关于引力子的研究顶多算平庸！

In fact, I would go so far as to say that every force is an exchange of particles, and gravity is an exchange of gravitons.

事实上，我能说的更多，每一个力是粒子间的交换作用结果，万有引力是引力子间的交换作用结果。

The gravitational force between the sun and the earth is ascribed to the exchange of gravitons between the particles that make up these two bodies.

太阳和地球之间的引力归因于构成这两个物体的粒子之间的引力子交换。

The general theory is about gravity, which has practically no impact on particles (nobody yet having found the so-called graviton particles alleged by some physicists to exist).

一般理论是关于引力的，它实际上对粒子没有影响（目前还没有人发现一些物理学家声称存在的所谓引力子粒子）。

They are really interesting because if there is a theory of quantum gravity then there should be a gravity particle called a graviton which is a tiny little packet of gravity: a quantization of the gravitational waves.

它们真的很有趣， 因为如果存在量子引力理论， 那么就应该存在一个叫做引力子的引力粒子，它是一小包引力：引力波的量化。

Through studies conducted with the Large Hadron Collider, there is an idea that the force of gravity on our world is quite weak because the gravitons that conduct its power are spread out throughout universes parallel to our own.

通过使用大型强子对撞机进行的一系列实验，有人认为地球的引力确实很微弱，因为它的力相距甚远从平行宇宙到我们每个人自身。