Sure, we can alter elements by nuclear fusion or nuclear fission.

当然，我们可以通过核裂变或核聚变来改变元素的种类。

And to simulate super complex phenomena, like protein folding or nuclear fission.

还可以模拟超级复杂的现象，比如蛋白质的结构以及核裂变。

The same is true of nuclear fission, solar, and wind.

核裂变、太阳能和风能也是如此。

Meanwhile, nuclear power plants use nuclear fission to generate carbon-free electricity.

同时，核电站利用核裂变产生无碳电力。

All current commercial nuclear power plants work through the process of nuclear fission.

目前所有的商业核电站都通过核裂变过程工作。

Rapid nuclear fission is not any better since it often results in many radioactive particles.

快速的核聚变反应有很多缺点因为它会产生许多放射性微粒。

It could control sewage, generation of power by nuclear fission airport facilities, railroads, and construction.

它可以控制污水、核裂变发电、机场设施、铁路和建筑。

This drastically outshines nuclear fission, currently the most efficient widely available mechanism to extract energy from mass.

这大大胜过了核裂变，这一目前最为有效且广泛使用的从物质中提取能量的方法。

Energy production via a nuclear reactor was only possible due to the study of nuclear fission via quantum physics.

只有通过量子物理学研究核裂变，才能通过核反应堆产生能量。

In the next 1000 years, humans could use nanomaterials to efficiently utilize nuclear fission technology and safely dispose of radioactive waste.

未来1000年里，人类可以使用纳米材料以便有效地利用核裂变技术并且安全地处理放射性废料。