You may often see the dramatization of unusual quantum phenomena depicted in our macroscopic world through movies and TV shows.

你可能经常在电影和电视节目中看到我们宏观世界中不寻常的量子现象的戏剧化描述。

This involved lots of weird quantum phenomena, plus a branch of math called topology, which looks at how objects can be arranged and manipulated.

这包括许多奇特的量子现象与数学中一个称为拓扑学的分支，拓扑学关注的是物体可如何被排列与操纵。

They are expected to make high-level scientific achievements in the study of novel quantum phenomena, high-precision space time-frequency systems, the verification of general relativity, and the origin of life.

他们有望在研究新型量子现象、高精度太空时频系统、广义相对论验证和生命起源方面取得高水平的科学成就。

This can happen even with the septillion atoms in a beaker on a lab bench — which is inconvenient, but also amazing, because it's a purely quantum phenomenon that you can see with your eyes.

这甚至可以发生在实验室长凳上烧杯中的七十个原子上——这很不方便，但也很神奇，因为这是一个纯粹的量子现象，你可以用眼睛看到。