Sarah Walker

Yeah. And the genes in all the cells are the same, right? So like the differentiation has to be something that's like much more about like the actual like, you know, expression of genes over time and like how they get switched on and off and also the physical environment of like the cell interacting with other cells. And there, there's just a lot of stuff going on.

Yeah. And the genes in all the cells are the same, right? So like the differentiation has to be something that's like much more about like the actual like, you know, expression of genes over time and like how they get switched on and off and also the physical environment of like the cell interacting with other cells. And there, there's just a lot of stuff going on.

Yes.

Yes.

Yes.

Probably, yes. I think most of the things about understanding anything about what we are are embedded in time.

Probably, yes. I think most of the things about understanding anything about what we are are embedded in time.

Probably, yes. I think most of the things about understanding anything about what we are are embedded in time.

I know. So predictable. It's turning into a deterministic universe.

I know. So predictable. It's turning into a deterministic universe.

I know. So predictable. It's turning into a deterministic universe.

Yeah, always was, but it won't be in the future.

Yeah, always was, but it won't be in the future.

Yeah, always was, but it won't be in the future.

Yeah. I think the, uh, first thing is, you know, that like the observation that, uh, Life seems to be the only thing in the universe that builds complexity in the way that we see it here. And complexity is obviously like a loaded term. So I'll just use assembly instead because I think assembly is more precise.

Yeah. I think the, uh, first thing is, you know, that like the observation that, uh, Life seems to be the only thing in the universe that builds complexity in the way that we see it here. And complexity is obviously like a loaded term. So I'll just use assembly instead because I think assembly is more precise.

Yeah. I think the, uh, first thing is, you know, that like the observation that, uh, Life seems to be the only thing in the universe that builds complexity in the way that we see it here. And complexity is obviously like a loaded term. So I'll just use assembly instead because I think assembly is more precise.

But the idea that like, you know, all the things on your desk here from your computer to the pen to, you know, us sitting here don't exist anywhere else in the universe as far as we know. They only exist on this planet. And it took a long evolutionary history to get to us.

But the idea that like, you know, all the things on your desk here from your computer to the pen to, you know, us sitting here don't exist anywhere else in the universe as far as we know. They only exist on this planet. And it took a long evolutionary history to get to us.

But the idea that like, you know, all the things on your desk here from your computer to the pen to, you know, us sitting here don't exist anywhere else in the universe as far as we know. They only exist on this planet. And it took a long evolutionary history to get to us.