Josh Waitzkin

utilizing everything that they can gather about you on social media to manipulate to manipulate you to do whatever they it wants or whoever is controlling it wants they can have you do anything right but we have to like it's so hard for us to admit that we are the ant relative to the human right like we are the ant we have to have that humility and one of the things that um

I think that that's the most important question today as that we face as a species is like, what do we do?

I think that that's the most important question today as that we face as a species is like, what do we do?

I think that that's the most important question today as that we face as a species is like, what do we do?

But when you say we don't, I mean, I would argue we should operate as if it's already happening. It's an inevitability.

But when you say we don't, I mean, I would argue we should operate as if it's already happening. It's an inevitability.

But when you say we don't, I mean, I would argue we should operate as if it's already happening. It's an inevitability.

My feeling about it is that, I mean, there are places where it's going to be incredibly, it's going to be beautiful. Like just how computer chess raised the level of human chess game, chess players, right? And now AI chess has made chess players much, much stronger.

My feeling about it is that, I mean, there are places where it's going to be incredibly, it's going to be beautiful. Like just how computer chess raised the level of human chess game, chess players, right? And now AI chess has made chess players much, much stronger.

My feeling about it is that, I mean, there are places where it's going to be incredibly, it's going to be beautiful. Like just how computer chess raised the level of human chess game, chess players, right? And now AI chess has made chess players much, much stronger.

And part of it is because great chess players are partially great because they have had, they're excellent at knowing where not to look. Great chess players don't actually look at more, they look at less, but they look in the most potent directions.

And part of it is because great chess players are partially great because they have had, they're excellent at knowing where not to look. Great chess players don't actually look at more, they look at less, but they look in the most potent directions.

And part of it is because great chess players are partially great because they have had, they're excellent at knowing where not to look. Great chess players don't actually look at more, they look at less, but they look in the most potent directions.

And what's fascinating is that AI entering the picture has forced really strong chess players to unlearn where they've been correct to learn not to look. So in other words, areas where they were well-trained not to look because humans couldn't play those positions, AI can now play those positions. And actually, those are the right positions to play.

And what's fascinating is that AI entering the picture has forced really strong chess players to unlearn where they've been correct to learn not to look. So in other words, areas where they were well-trained not to look because humans couldn't play those positions, AI can now play those positions. And actually, those are the right positions to play.

And what's fascinating is that AI entering the picture has forced really strong chess players to unlearn where they've been correct to learn not to look. So in other words, areas where they were well-trained not to look because humans couldn't play those positions, AI can now play those positions. And actually, those are the right positions to play.

They're the objectively correct positions to play. But now humans studying with an AI can be much better at playing those positions. And so, for example, I'm working on this fascinating project called Lila Science, which is focused on combining cutting-edge science, the best scientists in the world, and cutting-edge AI to try to have huge breakthroughs in material science and life sciences.

They're the objectively correct positions to play. But now humans studying with an AI can be much better at playing those positions. And so, for example, I'm working on this fascinating project called Lila Science, which is focused on combining cutting-edge science, the best scientists in the world, and cutting-edge AI to try to have huge breakthroughs in material science and life sciences.

They're the objectively correct positions to play. But now humans studying with an AI can be much better at playing those positions. And so, for example, I'm working on this fascinating project called Lila Science, which is focused on combining cutting-edge science, the best scientists in the world, and cutting-edge AI to try to have huge breakthroughs in material science and life sciences.

And now that can only be done, in my opinion, with just best, best, best in class safety practices. And in my view, that involves having a higher level AI running safety than you have running the actual science. When you say safety, what are you referring to?