You can do this kind of mental exercise with all the fundamental constants.

你还可以做类似的基本常数推算。

So the upshot is that the fundamental constants we measure in our universe are likely to differ from the constants measured in the multiverse.

因此结论是我们的宇宙中测到的基本常量与多元宇宙中测到的常量可能不同。

The speed of light in vacuum is usually considered as one of the fundamental constants.

基于量子力学可以获得速度的测不准关系，这样光速作为速度也将是测不准的。

A minor variation of the fundamental constants forbids life to appear ? we just could not exist.

精细结构常数稍稍有些变动，生命就无法存在——我们就根本无法生存。

And interestingly, the laws of physics and the fundamental constants might not be the same there.

有趣的是，那里的物理定律和基本常数可能不一样。

Dr. TURNER: So when you look at fundamental constants in nature, alpha would be number one on your list.

特纳博士：好吧，当你查看自然基本常数时，阿尔法常数会是您的单子上的第一名。

It's OK to use certain fundamental constants that come in a lot of calculators, so there's nothing we can do about that. That's OK.

当然允许使用,一些普通计算器里都有的基本常数，我们不会连这些都不让用，这是没问题的。

It turns out, that orbit is the square root of 27 times just a handful of fundamental constants. It's extraordinary when you think about it.

事实上，这个轨道是27的平方根，与一些基本常数相乘。如果你认真思考，就会发现它非常奇妙。