Tim Fernholtz

And so scientists are trying to figure out why exactly they can do this, because you have to sort of understand why it works in order to implement it in a useful way.

And so scientists are trying to figure out why exactly they can do this, because you have to sort of understand why it works in order to implement it in a useful way.

Well, you hear two approaches to that.

Well, you hear two approaches to that.

One is if it works, it works and we should use it.

One is if it works, it works and we should use it.

But what is interesting is that if we understand how it works, we can use it to learn more about the atmosphere itself.

But what is interesting is that if we understand how it works, we can use it to learn more about the atmosphere itself.

These technologies are very new.

These technologies are very new.

Only in 2022 did we first start to see these models coming out.

Only in 2022 did we first start to see these models coming out.

And they are an opportunity to learn.

And they are an opportunity to learn.

And like a lot of artificial intelligence models, they create a very complex way of managing data that's sort of hard to peer into at first.

And like a lot of artificial intelligence models, they create a very complex way of managing data that's sort of hard to peer into at first.

And just like with the LLMs and other forms of this technology, there's a lot to learn about what actually is happening.

And just like with the LLMs and other forms of this technology, there's a lot to learn about what actually is happening.

And then can we take that and use that to learn more about science?

And then can we take that and use that to learn more about science?