光的波动性形成了光的干涉、衍射、偏振等现象。
The wave character of light forms phenomenon of interference, diffraction and polarization of light, and so on.
爱因斯坦提出：光的波动性是从大量光子的平均行为得来的。
Einstein suggested that the wave aspect of light resulted from the average behaviour of a large number of photons.
我们假定读者都熟悉光的波动性，例如从干涉效应可以测定波长这样的事实。
We assume that students are familiar with the wave character of light such as the fact that the wavelength can be determined from interference effects.
本论文从光的干涉、光的衍射以及光的电磁理论从实验和理论揭示了光的波动性。
This paper from the optical interference, diffraction of light and the electromagnetic theory of light from the light experiment and theory reveal the volatility.
在我们的宇宙中，光的双缝干涉实验充分证明了：当没有人仔细观察光的时候，光呈现出波动性；而我们仔细观察光线是如何同时穿过这两道缝隙的时候，光却又呈现出粒子性！
In our universe, the double-slit experiment shows that light looks like a wave when no one is observing closely - but starts looking like particles when we take a closer look!
在我们的宇宙中，光的双缝干涉实验充分证明了：当没有人仔细观察光的时候，光呈现出波动性；而我们仔细观察光线是如何同时穿过这两道缝隙的时候，光却又呈现出粒子性！
In our universe, the double-slit experiment shows that light looks like a wave when no one is observing closely - but starts looking like particles when we take a closer look!
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