She earned a Ph.D. based on her research on quantum chemistry.

她在化方面的研究让她获得了博士位。

Right, exactly, it's not just a surprise happening, it's based on textbook quantum chemistry, on established chemical protocols bringing together previous knowledge in new ways.

没错，这不仅仅是一个惊喜，它是基于教科书上的化，基于已建立的化协议，以新的方式将以前的知识结合在一起。

Researchers suggest the capacity of the new system has application potential in areas such as graph theory, machine learning and quantum chemistry.

研究人员表示，新系统的能力在图论、习和化等领域具有潜在应用。

Your idea really helped me out. My light-cone quantization paper's online already. The response has been amazing.

你的点真的帮了我忙。我光化的论文已经发表到网上了。反响非常棒。

The approximation was reached by the pair to a great extent owing to Oppenheimer's dual interests in chemistry and physics, as the theory which they presented employed elements of quantum chemistry and molecular physics.

这一近似理论在很程度上归功于奥本海默对化和物理的双重兴趣，因为他们提出的理论运用了化和分物理的元素。

I can bias it above its critical current, and then what it's going to do, it's going to add

我可以将其偏置电流超过临界值，随后它将执行的操作是，向该回路中注入一个化的电流增。

And so electric charge is quantized.

电荷是化的。

Fields like electric and magnetic fields have to be quantum.

像电场和磁场这样的场必须是化的。

In other words charge is quantized.

换句话说，电荷是化的。

He also showed that photons are quantized.

他还表明光是化的。

And so, you know, when you're not searching on YouTube for video, cat videos, we're using those computers usefully in quantum chemistry.

所以， 当你不在YouTube上搜索视频或猫视频时，我们正在把这些计算用于化的研究。

In other words there is charge quantization.

换句话说，存在电荷化。

One of them is our quantum chemistry work.

其中之一是我们的化研究。

So for gravity, quantizing gravitational field, which is this curvature of space-time according to Einstein, you get another particle called graviton.

所以对于引力， 将引力场化，根据爱因斯坦的说法， 这就是时空的曲率，你会得到另一个被称为引力的粒。

And they also, if we look at them as a particle, the photoelectric effect tells us that photons are quantized.

而且， 如果我们把它们视为粒，光电效应告诉我们光是化的。

And so it is only existing in these quantized orbits.

因此它只存在于这些化的轨道上。

A flux sign is one of these quantized amounts of current that you can add to a loop.

一个通符号是你可以在回路中添加的这些化的电流之一。

A quantized amount of current into that loop.

进入该回路的电流是一个化的。

And it sounds like a natural idea to quantize space.

将空间化听起来像是一个自然的想法。

For example, you replace things by discrete data and try to quantize it and so on.

例如，你将事物替换为离散数据，并尝试对其进行化处理等。