It's outside of Seattle and about as far away as you can get from screens.

它在西雅图郊外，尽可能地远离电子屏幕。

Electrons are moving around all the time and can easily relocate to wherever they're wanted most.

电子在不停地运动而且可以移到它们最被需要地方。

E-cigarette fans proudly point out that these devices produce water vapor rather than smoke.

但电子爱好者却引以为豪地宣称电子产是水蒸汽而非雾。

The electrons could only orbit at precisely those levels, and so they couldn’t spiral inwards.

电子只能精确地在那些水平上运行，因此它们不能向内旋转。

Does it mean I should be quicker on my email?

这是否意味着我应该更快地处理电子邮件？

But it seems that today's adolescents are savvy enough to know how to use electronic devices sensibly.

但是似乎如青少年有足够见识来了解如何合理地使用电子产品。

My favorite lesson is getting better at email.

我最喜欢一课是如何更好地处理电子邮件。

Yet in the pandemic, they had to close many stores and they made a hard turn towards e-commerce.

然而，在疫情期间，他们不得不关闭许多商店，并艰难地转向电子商务。

But every now and then the electron can show up outside of that, right?

但时不时地，电子会出现在它之外，对吧？

And too much schoolwork and greater use of electronic devices could also be a cause.

太多功课和更多地使用电子设备也可能是一个原因。

Circular systems would become the norm, with systems making the most of e-waste and urban mining for critical materials.

循环系统将成为常态，系统将最大限度地利用电子垃圾和城市开采关键材料。

These expressions will help you to improve your email writing, and to write emails a lot quicker.

这些表达方式将帮助您改进电子邮件写作，并更快地撰写电子邮件。

I send emails fairly often, but I also balance it with messaging for more casual conversations.

我相当频繁地发送电子邮件，但我也会在更随意对话中使用即时通讯来平衡。

And there was no publisher  in the world more aggressive about turning esports into a business than Activision.

世界上没有哪个发行商比 Activision 更积极地将电子竞技转变为一项业务。

The two electrons must be entangled in close proximity before one of them is transported to a new site.

在其中一个电子被传输到新位置之前，这两个电子必须非常接近地纠缠在一起。

These ultra-fast disco lights are still not quite quick enough to perfectly freeze-frame electrons in their orbits around atoms.

这些超快迪斯科灯仍然不够快，无法完美地将电子定格在原子周围轨道上。

And the trial turned up many emails like this that made it obvious as to what was going on.

审判发现了许多这样电子邮件，这些电子邮件清楚地表明了发了什么。

A semiconductor's colour depends on a phenomenon called its band gap. This is the ease with which its atoms can shed electrons.

一个半导体颜色取决于一种被称为带隙现象，因此它原子可以轻易地释放电子。

If you just let the electrons go through the slits slowly, it sort of looks like they're landing on the screen in random spots.

如果你让电子通过 慢慢地裂开，看起来像是在降落 在随机区域屏幕上。

But every so often, the electron-positron pairs flew apart with a way bigger angle, and were detected much farther apart – the experimental anomaly.

但时不时地，电子-正电子对以更大角度飞散， 并且被检测到相距更远——实验异常。