Zuzanna Stamirowska

move how many bones they have in them and stuff.

Now it's just literally something to fly.

It needs to have like the surface of wings and there we go.

So we're looking at those kind of little, little neurons, little, like almost like particles that entities that, and they have links between each other and they, they're actually passing signals between them.

Oh, wow.

So this is, this is why you have connections.

You have this structure.

This structure we know has to be dramatically efficient.

Why?

Because, well, our heads are somewhat limited in space.

We walk on two feet and we kind of fall over, so our brains kind of get larger.

Right.

So it has to be very efficient.

We know it is very efficient in terms of power, but it does offer this kind of capabilities of lifelong learning.

Keeping kind of very like infinite context pretty much.

So we know that there exists a physical system that is capable of doing those kind of dragon-like things, right?

It's not fully impossible.

So this we know.

The question is how to make it work and especially how to make it work on the hardware that we have right now.

And you always have to work with the hardware that you have, with the materials that are possible whenever we see big technological shifts.