We also talked about photons, and how the photoelectric effect proves the particle nature of light.

我们还讨论了光子以及光电效应如何证明光作为粒子的性质。

Now, as amazing as our technology has become for capturing images, we can’t escape the fundamental wave nature of light!

现在，尽管我们捕捉图像的技术已经变得惊人，但我们无法逃避光的基波性质！

Finally, we discussed how the wave nature of light affects the resolution of images in cameras and all optical instruments.

最后，我们讨论了光的波动性如何 影响 相机和所有光学仪器中图像的分辨率。

Now, as amazing as our technology has become for capturing images, we can't escape the fundamental wave nature of light!

现在，尽管我们的图像捕捉技术已经如此惊人 ，但我们无法摆脱光的基波性质！

Albert Einstein supposedly had one of his insights about the nature of light when he was rowing on a boat in the middle of Lake Geneva.

据说，阿尔伯特·爱因斯坦在日内瓦湖中心的一艘船上划船时，突然对光的本质有了一个深刻的认识。

It makes you wonder if Einstein would have had those insights about the nature of light if instead of the clouds, he had a smart phone to look at while he was on his boat.

这让人怀疑，如果爱因斯坦在船上看的不是云，而是智能手机，他是否会对光的本质有这样的见解。

This not only explained much that was previously unknown about the nature of light and electrons, but had fundamental implications for understanding how light of a certain frequency could bring sufficient energy into play to liberate an electron.

这不仅解释了许多以前未知的光和电子的性质，而且对于理解特定频率的光如何发挥足够的能量来释放电子具有根本意义。