当你试图接住一个飞行中的球时,是否会通过解微分方程来确定自己的位置?
Do you position yourself to catch a ball by solving differential equations in your head, on the fly?
反复思考这些方程式,探索合适的模式,试图寻找隐含的关系,把实验结果联系起来——由不确定性和可能性参加的无尽的浑沌舞蹈。
Ruminating over these equations, seeking patterns, looking for hidden relationships, trying to make contact with measured data—it's all uncertainty and possibility engaged in an endless chaotic dance.
一个圆柱体外壳的曲度变形情况受到其本身的结构限制和不确定的外力影响,一般可以通过数据模型方程序测算出它的结果。
Cylinder buckling is governed by imperfections in a structure and uncertainties in the loading of weight, and mathematical models can predict this behavior.
So you can see that we're starting to have a very complicated equation, and it turns out that it's mathematically impossible to even solve the exact Schrodinger equation as we move up to higher numbers of electrons.
所有你们可以看到我们得到了,一个非常复杂的方程,结果是它在数学上是,不可能解出确定的,薛定谔方程,当我们考虑更高的电子数目的时候。
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