Dr. Poppy Crum

So I go back to my Baroque violin, where I'm always out of tune, and I'm tuning up my Baroque violin, and I realize I had developed absolute pitch at A415.

So I developed a secondary absolute pitch map.

And then I would go play Shostakovich right after at A440, and I had that map.

And I have nothing in between, but I could modulate between the two.

And that's, like, the point at which I said I think I just, you know,

My brain is a little weird, and I just did something that I need to go better understand.

So that's how I ended up here as a neuroscientist.

He knows.

They do change.

Sam Altman had a – I saw him –

And actually, that was a really good description.

It's like, you know, Gen X or, you know, there's a group that is using AI as a tool that's sort of novel, interesting.

Then, you know, you've got a different millennials are using it as, you know, a search algorithm.

And maybe that's even Gen X. But, you know, it's a little more deeply integrated.

But then you go back.

to younger generations, and it's an operating system, and it already is.

And that has major changes in neural structure for not just maps, but also neural processes for how we deal with information, how we learn.

You know, the idea that we are very plastic under pressure, absolutely.

And that's where it gets interesting to talk about different species too.

I mean, we're talking about owls and that was under pressure.