Light loss due to polarization will definitely dim the reflections .

由于偏振所引起光的损耗肯定会使反射变得模糊。

Next , they measured the polarization in the second plane .

然后他们测量了第二个平面上的偏振。

This in turn left its mark on the polarization of the next photon , so amplifying the signal .

光子就这样轮流地将它的偏振标记留给下一个光子，因而增强了信号。

How much light is reflected off water 's surface depends on the angle of incidence and on the plane of polarization .

有多少光会被湖水的表面反射出来，它依赖于光的入射角和它的偏振面。

Steinberg 's group does not measure position and momentum , but rather two different inter-related properties of a photon : its polarization states .

施泰恩伯格小组测量的不是位置与动量，而是一个光子的两个不同的内在相关性质：偏振态。