| 1. | A quantum theory of gravity is needed
这时候你需要量子重力理论才行。 |
| 2. | Actually , that last one was for newton ' s theory of gravity
实际上，后一个问题对应的是牛顿的重力理论。 |
| 3. | They say the observations can not be explained by theories of gravity that remove the need for dark matter
他们说观测不能用重力理论解释暗物质需要移动。 |
| 4. | They say the observations cannot be explained by theories of gravity that remove the need for dark matter
他们说这种现象不能用暗物质无引力的重力理论来解释。 |
| 5. | They say the observations cannot be explained by theories of gravity that remove the need for dark matter
他们说这些观察不能够通过重力理论来解释暗物质移动的必要。 |
| 6. | They say the observations cannot be explained by theories of gravity that remove the need for dark matter
他们说，观测的结果不能重力理论解释，那是移动暗物质的需要。 |
| 7. | They say their the observations can not be explained by theories of gravity that remove the leave need for dark matter
科学家们说观察到的现象并不能被移取暗物质所需要的重力理论所解释。 |
| 8. | This was the period when newton began the research which resulted in the creation of his famous theory of gravity
就在这期间，牛顿开始一一项研究。经过这项研究，他创立了著名的重力理论。 |
| 9. | In contrast , physicists ' best theory of gravity , general relativity , is an inherently classical ( that is , nonquantum ) theory
相对的，我们最好的重力理论，即广义相对论，却是个古典理论（亦即非量子理论） 。 |
| 10. | In particular , einstein crafted his theory of gravity , i . e . , the general theory of relativity , assuming the equivalence principle is true
尤其是，爱因斯坦在巧妙构思广义相对论等重力理论时，他假设等量原理是正确的。 |
