What is the translation of " WAVE FUNCTION " in Chinese?

• 波函数
• 一个波函数

Examples of using Wave function in English and their translations into Chinese

He also described how measurement could cause a collapse of the wave function.
他也解释了测量如何会引起波函数的坍塌。

He proposed that the wave function collapses due to its interaction with consciousness.
他认为波函数由于与意识的相互作用而坍缩。

The problem is that it's impossible experimentally to know what the wave function is.
问题在于不可能用实验方法了解波函数是什么。

And the fact that the wave function can be split into two or more bubbles is strange as well.
波函数可以分成两个或更多个气泡的事实也很奇怪。

Perhaps the small electron bubbles are formed by the portion of the wave function that goes through the surface.
也许小电子气泡是由穿过表面的波函数部分形成的。

This illustrates that wave function collapse can occur even in the absence of particle detection.
这表明波函数坍缩甚至在未侦测到粒子的情形下发生。

The sticky part is how to connect this wave function with what we observe.
关键问题是如何将波函数与我们观测到的东西联系起来。

But the wave function will vary very rapidly near the peak, up on one side, and down on the other.
但是，波函数在峰值附近变化非常快，一侧向上，另一侧向下。

He would try to figure out what the quantum wave function of this huge number of atoms looked like.
他决定去找出描述那么大数量的原子的波函数.

Wave Function Every wave serves one of two functions: action or reaction.
波浪的作用，每一浪都有这两个功能之一：作用（action）或者反…(展开).

Undoing the spreading of the wave function is like trying to put spilled milk back in the bottle.
撤消波函数的传播就像试图将溢出的牛奶放回瓶中一样。

A double-slit optical system was used to test the possible role of consciousness in the collapse of the quantum wave function.
双缝实验的光子系统被用来测试意识在量子波函数塌缩的时候可能扮演的角色。

(Once you make an observation, the wave function“collapses,” leaving a particle in a definite state.).
一旦你进行观察,波函数”崩溃,”离开一个粒子在一个明确的状态。

Vertical installation of the product, the water level to reach the red line on the action, there is a certain anti wave function.
产品竖向安装时，水位到达红线就动作，有一定的防波浪功能。

This means that electrons have no volume, but they do have a wave function whose energy occupies the space.
这意味着电子没有体积，但它们确实具有能量占据空间的波函数。

Nor indeed does wave function collapse, which is then just a way of talking about how measurement updates our knowledge.
波函数也没有坍缩，这只是讲述测量如何更新我们知识的一种方式。

When you try to measure it(say by peeking into the box), the wave function of possibilities collapses into one state or the other.
当你试图观测它时（比如偷看盒子），可能性的波函数会“叠加”成一种状态或另一种状态。

We can prepare a wave function so that we know it exactly, but we only learn about the hidden variables by observing them.
我们可以完全了解一个波函数，但是我们只能通过观察它们来了解隐藏的变量。

But the prospect led McQueen and Chalmers to suggest a bold way of testing whether consciousness indeed causes wave function collapse.
但是，这种期望使得麦昆和查尔莫斯提出了一种大胆的方式，来测试意识是否确实会导致波函数的坍缩。

The implication of that is that the wave function has to go to zero, it has to vanish when the helium atoms touch each other.
这也就意味着波函数会归零只要氦原子互相碰撞波函数必须归零.

As the wave function describes only a set of probabilities, how can physicists get a complete picture of its effects in short order?
由于波函数只描述了一组概率，物理学家如何才能在短时间内全面了解其影响?

And when you do find the electron, something even stranger happens: The electron's wave function temporarily stops obeying the Schrödinger equation.
而当找到电子之后，更奇怪的事情发生了：电子的波函数会暂时停止遵从薛定谔方程。

You will get to use Wave Function software for Computational Chemistry that visualizes the structure of complex molecules.
您将使用WaveFunction软件进行计算化学，可视化复杂分子的结构。

The key point is now this: If the wave function of a particle vibrates along this surface, it will inherit this SU(N) symmetry.
现在关键在于，如果一个粒子的波函数沿着这个表面振动，那么，它就将继承这种SU(N)对称性。

Does the wave function directly correspond to an objective, observer-independent physical reality, or does it simply represent an observer's partial knowledge of it?
这不会直接波函数的一些目标，观察员独立于物理现实，或者也许她只是表示一部分知识的观察员关于这个现实？?

It is only when the particle is observed, and the wave function collapses, that the particle is definitively located in one particular place or another.
只有当观察到粒子并且波函数崩溃时，粒子才能最终位于一个特定的位置或另一个位置。

Since the wave function describes only a set of probabilities, how can physicists get a complete picture of their effects in a short time?
由于波函数只描述了一组概率，物理学家如何才能在短时间内全面了解其影响?

To every possible outcome of an observation, the wave function assigns a number, which we call the amplitude, and which can be positive or negative.
一个观察的每一个可能的结果，波函数分配一个数，我们称之为振幅，可以是正面的也可以是负面的。

She actually has a wave function describing a superposition of both possibilities, but when we make an observation we always find a definite result.
她实际上有一个波函数描述两种可能性的叠加，但是，当我们观察时，我们总会发现一个明确的结果。

For example, Li explained, an electron's wave function- the complex mathematical description of its quantum properties- can be entangled with another electron's wave function.
例如，李解释说，一个电子的波函数(量子性质的复杂数学描述)可以与另一个电子的波函数纠缠在一起。