Once it's cooled down below the critical temperature, the properties of the material change.

一旦温度降到临界温度以下，材料的性质就会发生变化。

They were afraid the critical temperature would be reached and it would set off a second explosion. That would have been a terrible tragedy.

他们担心会抵达临界温度而引发第二次爆炸 这将造成严重的悲剧。

For example, to discover a high temp superconductor, we run RL, rewarding higher critical temperature.

例如， 为了发现高温超导体，我们运行强化学习算法， 奖励更高的临界温度。

Bosons, on the other hand, when they get below a critical temperature, they're like five-year-olds on a soccer field, so they don't have a concept of formation, they just bunch up together.

另一，于临界温度时，它们就像足球场上的五岁孩，所以它们没有编队的概念，它们只是聚在一起。

The extra energy of the unbroken symmetry state would then be released and would reheat the universe to a temperature just below the critical temperature for symmetry between the forces.

未破缺的对称状态的额外能量将被释放，并将宇宙重新加热到刚好于力之间对称的临界温度的温度。

If I had a block of niobium here and we cooled it below its critical temperature, all of the electrons in that superconducting state would be in one coherent quantum state.

如果我这里有一块铌， 并将其冷却到其临界温度以下，那么所有处于超导状态的电都会处于一个相干的量态。

By contrast, fuels like wood and paper burn at a few hundred degrees, far below the threshold of what's usually considered a plasma.

相比之下， 木材和纸张等燃料在几百度的温度下燃烧，远于通常被视为等离体的临界温度。

For water, the critical temperature is about 647 Kelvin.

对于水，临界温度 它等于 373 秒。

I mean, their critical temperature might be 10 Kelvin, something like that, but you want to operate them in around 4 Kelvin, 4 degrees above absolute zero.

我的意思是， 它们的临界温度可能是10开尔文左右，但你希望在大约4开尔文，即绝对零度以上4度的温度下运行它们。

Above the critical temperature, you can increase the pressure as much as you want, but the gas will never condense into a liquid.

高于临界温度，我们可以将压力增加为 我们想要，但气体不会凝结成液体。

It has to be a quite low temperature and what I'm talking about there, For essentially all of our conversation, I'm going to be talking about conventional superconductors, sometimes called low TC superconductors, low critical temperature superconductors.

必须是相的温度，我在这里所说的，基本上在整个讨论中，我将谈论传统的超导体，有时被称为TC超导体或温临界温度超导体。