The researchers managed all this by tapping what are known as diffraction fringes to create an object's 3-d shape.
科研人员是如何做到这一切的呢？他们利用衍射条纹来产生一个物体的3d轮廓。
This phenomenon, known as diffraction, results in a loss of image clarity, Therefore, using very small aperture would lead to lose of quality.
这个现象，称为衍射。它影响影像的清晰程度。所以，用极细光圈摄影会使品质下降。
And there is a technique known as X-ray diffraction.
而且有种X光衍射的技术。
One is a system that tracks the whereabouts of the audience's heads. The other is a novel diffraction technique, known as holographic projection.
一个是能够跟踪观众头部位置的装置，一个是一种新的衍射技术，称之为全息投影。
The other is a novel diffraction technique known as holographic projection.
另一个是一种被称之为：全息投影的新奇衍射技术。
But a fundamental law of optics known as the diffraction limit states that the resolution can never be better than half the wavelength of light being looked at.
但是，一条被称为衍射极限的光学基本定律指出，显微镜的分辨率不会小于观察所用光源波长的一半。
But a fundamental law of optics known as the diffraction limit states that the resolution can never be better than half the wavelength of light being looked at.
但是，一条被称为衍射极限的光学基本定律指出，显微镜的分辨率不会小于观察所用光源波长的一半。
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