我们用不可见之物解释可见之物

Naval Ravikant 2021-04-26

我们用不可见之物解释可见之物


没有人见过太阳的核心

Brett:

此时人们可能会反对说:“你怎么敢在科学中援引那些看不见或观察不到的东西?这完全违背了科学方法,肯定是的。”

而我会说,几乎所有你了解的科学中有趣的东西都是关于未被观察到的。

让我们考虑恐龙。恐龙是未被观察到的。你说:“啊,等等,我去过博物馆,我见过恐龙。“不,你见过的是化石,而化石甚至不是骨头。它是已经变质成岩石的骨化骨头。所以没有人见过恐龙。

我们见过看起来像恐龙的东西,并将其解释为巨大的爬行类鸟类生物。当我们组装它们的骨架时,我们编造了一个关于这个数千万或数亿年前在地球上行走的东西的故事。

同样地,没有人见过太阳的核心,也没有人会观察到太阳的核心。但我们知道恒星核聚变。我们知道氢原子核在那里被撞击在一起形成氦,并在此过程中产生热量。

我们没有看到大爆炸。我们没有看到大陆的移动。科学中几乎所有有趣的东西我们都没有观察到。

Naval:

甚至许多我们声称见过的东西,实际上我们只是看到仪器检测到那些东西。我们通过仪器观察效果,然后推测存在其他宇宙,那里的光子与我们能看到的光子相互作用。


We Explain the Seen in Terms of the Unseen


No one has ever seen the core of the sun

Brett:

At this point people might object, “How dare you invoke in science things that can’t be seen or observed? This is completely antagonistic towards the scientific method, surely.”

And I would say that almost everything of interest that you know about science is about the unobserved.

Let’s consider dinosaurs. Dinosaurs are unobserved. You say, “Ah, hold on, I’ve been to the museum, I’ve seen a dinosaur.” No, you have seen a fossil, and a fossil isn’t even a bone. It’s an ossified bone that has been metamorphosed into rock. So no one has ever seen a dinosaur.

We have seen things that look like dinosaurs and interpreted them to be huge reptilian bird-like creatures. When we assemble their skeletons, we make up a story about what this thing was that walked the earth tens or hundreds of millions of years ago.

In the same way, no one has ever seen the core of the sun and no one will ever observe the core of the sun. But we know about stellar fusion. We know that hydrogen nuclei are being crashed together there to form helium and in the process producing heat.

We don’t see the big bang. We don’t see the movement of continents. Almost everything of interest in science we do not observe.

Naval:

Even many of the things that we say we have seen, we’ve actually just seen instruments detect those things. We’re watching the effects through instruments and then theorizing that there are other universes out there where the photons are interacting with the photons that we can see.