在小尺度上,原子钟噪声是完全随机的变化特征。
The random variation in atomic clock noise is presented at small scale.
实验表明,在小尺度范围内长江具有更丰富的细节变化,黄河则在更大的尺度上表现出复杂性。
The experiment indicated that the Yangtze River has more complicated detailed change in the scope of small scales, and the Yellow River has more obvious complexity in the larger ones.
他将这种显现视为量子球模糊性或不确定性的信号,并认为这是在小尺度下发生分形行为的结果。
He describes this phenomenon as a signature of the fuzziness, or uncertainty, of the quantum sphere, and also as resulting from fractal behavior at small scales.
So, we need a new kind of mechanics, which is quantum mechanics, which will accurately explain the behavior of molecules on this small scale.
所以我们需要一种新的力学,也就是量子力学,来解释在这个,小尺度下分子的行为。
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