lexicap / vtt /episode_017_small.vtt
Shubham Gupta
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The following is a conversation with Greg Brockman.
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He's the cofounder and CTO of OpenAI,
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a world class research organization
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developing ideas in AI with a goal of eventually
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creating a safe and friendly artificial general
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intelligence, one that benefits and empowers humanity.
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OpenAI is not only a source of publications, algorithms,
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tools, and data sets.
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Their mission is a catalyst for an important public discourse
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about our future with both narrow and general intelligence
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systems.
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This conversation is part of the Artificial Intelligence
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Podcast at MIT and beyond.
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If you enjoy it, subscribe on YouTube, iTunes,
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or simply connect with me on Twitter
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at Lex Friedman, spelled F R I D.
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And now here's my conversation with Greg Brockman.
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So in high school and right after you wrote
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a draft of a chemistry textbook,
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I saw that that covers everything
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from basic structure of the atom to quantum mechanics.
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So it's clear you have an intuition and a passion
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for both the physical world with chemistry and non robotics
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to the digital world with AI, deep learning,
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reinforcement learning, so on.
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Do you see the physical world and the digital world
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as different?
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And what do you think is the gap?
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A lot of it actually boils down to iteration speed,
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that I think that a lot of what really motivates me
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is building things, right?
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Think about mathematics, for example,
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where you think really hard about a problem.
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You understand it.
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You're right down in this very obscure form
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that we call a proof.
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But then this is in humanity's library, right?
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It's there forever.
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This is some truth that we've discovered.
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And maybe only five people in your field will ever read it.
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But somehow you've kind of moved humanity forward.
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And so I actually used to really think
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that I was going to be a mathematician.
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And then I actually started writing this chemistry textbook.
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One of my friends told me, you'll never publish it
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because you don't have a PhD.
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So instead, I decided to build a website
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and try to promote my ideas that way.
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And then I discovered programming.
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And in programming, you think hard about a problem.
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You understand it.
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You're right down in a very obscure form
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that we call a program.
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But then once again, it's in humanity's library, right?
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And anyone can get the benefit from it.
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And the scalability is massive.
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And so I think that the thing that really appeals to me
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about the digital world is that you
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can have this insane leverage, right?
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A single individual with an idea is able to affect
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the entire planet.
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And that's something I think is really hard to do
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if you're moving around physical atoms.
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But you said mathematics.
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So if you look at the wet thing over here, our mind,
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do you ultimately see it as just math,
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as just information processing?
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Or is there some other magic if you've
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seen through biology and chemistry and so on?
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I think it's really interesting to think about humans
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as just information processing systems.
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And it seems like it's actually a pretty good way
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of describing a lot of how the world works or a lot of what
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we're capable of to think that, again, if you just
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look at technological innovations over time,
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that in some ways, the most transformative innovation
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that we've had has been the computer, right?
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In some ways, the internet, what has the internet done?
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The internet is not about these physical cables.
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It's about the fact that I am suddenly
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able to instantly communicate with any other human
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on the planet.
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I'm able to retrieve any piece of knowledge
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that, in some ways, the human race has ever had,
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and that those are these insane transformations.
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Do you see our society as a whole the collective
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as another extension of the intelligence
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of the human being?
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So if you look at the human being as an information processing
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system, you mentioned the internet, the networking.
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Do you see us all together as a civilization
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as a kind of intelligent system?
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Yeah, I think this is actually a really interesting
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perspective to take and to think about
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that you sort of have this collective intelligence
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of all of society.
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The economy itself is this superhuman machine
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that is optimizing something, right?
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And it's almost, in some ways, a company
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has a will of its own, right?
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That you have all these individuals who are all
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pursuing their own individual goals
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and thinking really hard and thinking
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about the right things to do, but somehow the company does
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something that is this emergent thing
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and that it's a really useful abstraction.
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And so I think that in some ways,
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we think of ourselves as the most intelligent things
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on the planet and the most powerful things on the planet.
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But there are things that are bigger than us,
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that are these systems that we all contribute to.
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And so I think actually, it's interesting to think about,
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if you've read Asa Geismov's foundation, right,
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that there's this concept of psycho history in there,
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which is effectively this, that if you have trillions
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or quadrillions of beings, then maybe you could actually
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predict what that huge macro being will do
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and almost independent of what the individuals want.
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And I actually have a second angle on this
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that I think is interesting, which is thinking about
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technological determinism.
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One thing that I actually think a lot about with OpenAI
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is that we're kind of coming onto this insanely
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transformational technology of general intelligence
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that will happen at some point.
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And there's a question of how can you take actions
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that will actually steer it to go better rather than worse?
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And that I think one question you need to ask is,
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as a scientist, as an event or as a creator,
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what impact can you have in general?
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You look at things like the telephone
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invented by two people on the same day.
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Like what does that mean, like what does that mean
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about the shape of innovation?
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And I think that what's going on is everyone's building
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on the shoulders of the same giants.
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And so you can kind of, you can't really hope
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to create something no one else ever would.
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You know, if Einstein wasn't born,
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someone else would have come up with relativity.
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You know, he changed the timeline a bit, right?
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That maybe it would have taken another 20 years,
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but it wouldn't be that fundamentally humanity
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would never discover these fundamental truths.
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So there's some kind of invisible momentum
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that some people like Einstein or OpenAI is plugging into
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that anybody else can also plug into.
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And ultimately, that wave takes us into a certain direction.
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That's what you mean by digitalism?
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That's right, that's right.
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And you know, this kind of seems to play out
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in a bunch of different ways.
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That there's some exponential that is being written
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and that the exponential itself, which one it is,
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changes, think about Moore's Law,
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an entire industry set, it's clocked to it for 50 years.
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Like how can that be, right?
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How is that possible?
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And yet somehow it happened.
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And so I think you can't hope to ever invent something
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that no one else will.
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Maybe you can change the timeline a little bit.
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But if you really want to make a difference,
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I think that the thing that you really have to do,
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the only real degree of freedom you have
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is to set the initial conditions
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under which a technology is born.
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And so you think about the internet, right?
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That there are lots of other competitors
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trying to build similar things.
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And the internet one, and that the initial conditions
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where it was created by this group
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that really valued people being able to be,
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you know, anyone being able to plug in
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this very academic mindset of being open and connected.
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And I think that the internet for the next 40 years
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really played out that way.
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You know, maybe today,
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things are starting to shift in a different direction,
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but I think that those initial conditions
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were really important to determine
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the next 40 years worth of progress.
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That's really beautifully put.
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So another example of that I think about,
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you know, I recently looked at it.
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I looked at Wikipedia, the formation of Wikipedia.
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And I wonder what the internet would be like
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if Wikipedia had ads.
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You know, there's an interesting argument
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that why they chose not to put advertisement on Wikipedia.
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I think Wikipedia is one of the greatest resources
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we have on the internet.
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It's extremely surprising how well it works
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and how well it was able to aggregate
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all this kind of good information.
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And essentially the creator of Wikipedia,
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I don't know, there's probably some debates there,
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but set the initial conditions
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and now it carried itself forward.
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That's really interesting.
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So the way you're thinking about AGI
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or artificial intelligence is you're focused on
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setting the initial conditions for the progress.
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That's right.
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That's powerful.
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Okay, so look into the future.
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If you create an AGI system,
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like one that can ace the Turing test, natural language,
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what do you think would be the interactions
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you would have with it?
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What do you think are the questions you would ask?
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Like what would be the first question you would ask?
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It, her, him.
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That's right.
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I think that at that point,
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if you've really built a powerful system
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that is capable of shaping the future of humanity,
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the first question that you really should ask
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is how do we make sure that this plays out well?
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And so that's actually the first question
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that I would ask a powerful AGI system is.
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So you wouldn't ask your colleague,
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you wouldn't ask like Ilya, you would ask the AGI system.
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Oh, we've already had the conversation with Ilya, right?
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And everyone here.
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And so you want as many perspectives
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and a piece of wisdom as you can
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for answering this question.
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So I don't think you necessarily defer to
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whatever your powerful system tells you,
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but you use it as one input
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to try to figure out what to do.
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But, and I guess fundamentally,
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what it really comes down to is
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if you built something really powerful
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and you think about, think about, for example,
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the creation of, of shortly after
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the creation of nuclear weapons, right?
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The most important question in the world
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was what's the world we're going to be like?
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How do we set ourselves up in a place
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where we're going to be able to survive as a species?
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With AGI, I think the question is slightly different, right?
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That there is a question of how do we make sure
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that we don't get the negative effects?
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But there's also the positive side, right?
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You imagine that, you know, like,
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like what will AGI be like?
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Like what will it be capable of?
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And I think that one of the core reasons
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that an AGI can be powerful and transformative
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is actually due to technological development, right?
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If you have something that's capable,
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that's capable as a human and that it's much more scalable,
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that you absolutely want that thing
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to go read the whole scientific literature
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and think about how to create cures for all the diseases, right?
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You want it to think about how to go
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and build technologies to help us
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create material abundance and to figure out societal problems
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that we have trouble with,
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like how are we supposed to clean up the environment?
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And, you know, maybe you want this
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to go and invent a bunch of little robots that will go out
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and be biodegradable and turn ocean debris
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into harmless molecules.
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And I think that that positive side
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is something that I think people miss
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sometimes when thinking about what an AGI will be like.
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And so I think that if you have a system
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that's capable of all of that,
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you absolutely want its advice about how do I make sure
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that we're using your capabilities
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in a positive way for humanity.
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So what do you think about that psychology
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that looks at all the different possible trajectories
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of an AGI system, many of which,
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perhaps the majority of which are positive
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and nevertheless focuses on the negative trajectories?
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I mean, you get to interact with folks,
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you get to think about this maybe within yourself as well.
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You look at Sam Harris and so on.
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It seems to be, sorry to put it this way,
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but almost more fun to think about the negative possibilities.
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Whatever that's deep in our psychology,
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what do you think about that?
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And how do we deal with it?
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Because we want AI to help us.
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So I think there's kind of two problems
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entailed in that question.
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The first is more of the question of,
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how can you even picture what a world
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with a new technology will be like?
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Now imagine we're in 1950
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and I'm trying to describe Uber to someone.
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Aps and the internet.
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Yeah, I mean, that's going to be extremely complicated,
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but it's imaginable.
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It's imaginable, right?
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But, and now imagine being in 1950
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and predicting Uber, right?
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And you need to describe the internet,
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you need to describe GPS,
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you need to describe the fact
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that everyone's going to have this phone in their pocket.
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And so I think that just the first truth
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is that it is hard to picture
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how a transformative technology will play out in the world.
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We've seen that before with technologies
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that are far less transformative than AGI will be.
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And so I think that one piece
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is that it's just even hard to imagine
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and to really put yourself in a world
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where you can predict what that positive vision
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would be like.
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And I think the second thing is that it is,
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I think it is always easier to support
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the negative side than the positive side.
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It's always easier to destroy than create.
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And, you know, less in a physical sense
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and more just in an intellectual sense, right?
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Because, you know, I think that with creating something,
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you need to just get a bunch of things right
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and to destroy, you just need to get one thing wrong.
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And so I think that what that means
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is that I think a lot of people's thinking dead ends
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as soon as they see the negative story.
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But that being said, I actually have some hope, right?
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I think that the positive vision
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is something that I think can be,
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is something that we can talk about.
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I think that just simply saying this fact of,
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yeah, like there's positive, there's negatives,
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everyone likes to dwell on the negative,
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people actually respond well to that message and say,
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huh, you're right, there's a part of this
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that we're not talking about, not thinking about.
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And that's actually something that's,
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I think really been a key part
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of how we think about AGI at OpenAI, right?
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You can kind of look at it as like, okay,
12:48.160 --> 12:51.000
like OpenAI talks about the fact that there are risks
12:51.000 --> 12:53.160
and yet they're trying to build this system.
12:53.160 --> 12:56.080
Like how do you square those two facts?
12:56.080 --> 12:59.120
So do you share the intuition that some people have,
12:59.120 --> 13:02.680
I mean, from Sam Harris to even Elon Musk himself,
13:02.680 --> 13:06.600
that it's tricky as you develop AGI
13:06.600 --> 13:10.400
to keep it from slipping into the existential threats,
13:10.400 --> 13:11.760
into the negative.
13:11.760 --> 13:13.640
What's your intuition about,
13:13.640 --> 13:17.720
how hard is it to keep AI development
13:17.720 --> 13:19.640
on the positive track?
13:19.640 --> 13:20.680
What's your intuition there?
13:20.680 --> 13:21.560
To answer that question,
13:21.560 --> 13:23.960
you can really look at how we structure OpenAI.
13:23.960 --> 13:25.840
So we really have three main arms.
13:25.840 --> 13:26.960
So we have capabilities,
13:26.960 --> 13:29.040
which is actually doing the technical work
13:29.040 --> 13:31.160
and pushing forward what these systems can do.
13:31.160 --> 13:35.120
There's safety, which is working on technical mechanisms
13:35.120 --> 13:36.920
to ensure that the systems we build
13:36.920 --> 13:38.480
are aligned with human values.
13:38.480 --> 13:39.640
And then there's policy,
13:39.640 --> 13:42.040
which is making sure that we have governance mechanisms,
13:42.040 --> 13:45.280
answering that question of, well, whose values?
13:45.280 --> 13:47.360
And so I think that the technical safety one
13:47.360 --> 13:50.480
is the one that people kind of talk about the most, right?
13:50.480 --> 13:52.080
You talk about, like think about,
13:52.080 --> 13:54.200
you know, all of the dystopic AI movies,
13:54.200 --> 13:55.960
a lot of that is about not having good
13:55.960 --> 13:57.520
technical safety in place.
13:57.520 --> 13:59.960
And what we've been finding is that, you know,
13:59.960 --> 14:01.360
I think that actually a lot of people
14:01.360 --> 14:02.680
look at the technical safety problem
14:02.680 --> 14:05.400
and think it's just intractable, right?
14:05.400 --> 14:07.840
This question of what do humans want?
14:07.840 --> 14:09.160
How am I supposed to write that down?
14:09.160 --> 14:11.240
Can I even write down what I want?
14:11.240 --> 14:12.080
No way.
14:13.040 --> 14:14.800
And then they stop there.
14:14.800 --> 14:16.880
But the thing is we've already built systems
14:16.880 --> 14:20.920
that are able to learn things that humans can't specify.
14:20.920 --> 14:22.920
You know, even the rules for how to recognize
14:22.920 --> 14:25.000
if there's a cat or a dog in an image.
14:25.000 --> 14:26.520
Turns out it's intractable to write that down
14:26.520 --> 14:28.400
and yet we're able to learn it.
14:28.400 --> 14:31.040
And that what we're seeing with systems we build at OpenAI
14:31.040 --> 14:33.800
and they're still in early proof of concept stage
14:33.800 --> 14:36.320
is that you are able to learn human preferences.
14:36.320 --> 14:38.920
You're able to learn what humans want from data.
14:38.920 --> 14:40.400
And so that's kind of the core focus
14:40.400 --> 14:41.760
for our technical safety team.
14:41.760 --> 14:43.800
And I think that they're actually,
14:43.800 --> 14:45.640
we've had some pretty encouraging updates
14:45.640 --> 14:48.040
in terms of what we've been able to make work.
14:48.040 --> 14:51.680
So you have an intuition and a hope that from data,
14:51.680 --> 14:53.640
you know, looking at the value alignment problem,
14:53.640 --> 14:57.040
from data we can build systems that align
14:57.040 --> 15:00.600
with the collective better angels of our nature.
15:00.600 --> 15:04.600
So align with the ethics and the morals of human beings.
15:04.600 --> 15:05.880
To even say this in a different way,
15:05.880 --> 15:08.560
I mean, think about how do we align humans, right?
15:08.560 --> 15:10.400
Think about like a human baby can grow up
15:10.400 --> 15:12.880
to be an evil person or a great person.
15:12.880 --> 15:15.200
And a lot of that is from learning from data, right?
15:15.200 --> 15:17.720
That you have some feedback as a child is growing up.
15:17.720 --> 15:19.160
They get to see positive examples.
15:19.160 --> 15:23.120
And so I think that just like the only example
15:23.120 --> 15:25.400
we have of a general intelligence
15:25.400 --> 15:28.040
that is able to learn from data
15:28.040 --> 15:31.440
to align with human values and to learn values,
15:31.440 --> 15:32.880
I think we shouldn't be surprised
15:32.880 --> 15:36.040
that we can do the same sorts of techniques
15:36.040 --> 15:37.440
or whether the same sort of techniques
15:37.440 --> 15:41.080
end up being how we solve value alignment for AGI's.
15:41.080 --> 15:42.680
So let's go even higher.
15:42.680 --> 15:44.800
I don't know if you've read the book, Sapiens.
15:44.800 --> 15:48.320
But there's an idea that, you know,
15:48.320 --> 15:50.000
that as a collective, as us human beings,
15:50.000 --> 15:54.720
we kind of develop together ideas that we hold.
15:54.720 --> 15:57.920
There's no, in that context, objective truth.
15:57.920 --> 16:00.000
We just kind of all agree to certain ideas
16:00.000 --> 16:01.440
and hold them as a collective.
16:01.440 --> 16:03.480
Did you have a sense that there is
16:03.480 --> 16:05.360
in the world of good and evil,
16:05.360 --> 16:07.560
do you have a sense that to the first approximation,
16:07.560 --> 16:10.280
there are some things that are good
16:10.280 --> 16:14.520
and that you could teach systems to behave to be good?
16:14.520 --> 16:18.440
So I think that this actually blends into our third team,
16:18.440 --> 16:19.880
which is the policy team.
16:19.880 --> 16:22.320
And this is the one, the aspect that I think people
16:22.320 --> 16:25.280
really talk about way less than they should.
16:25.280 --> 16:27.640
Because imagine that we build super powerful systems
16:27.640 --> 16:29.720
that we've managed to figure out all the mechanisms
16:29.720 --> 16:32.800
for these things to do whatever the operator wants.
16:32.800 --> 16:34.480
The most important question becomes,
16:34.480 --> 16:36.720
who's the operator, what do they want,
16:36.720 --> 16:39.400
and how is that going to affect everyone else?
16:39.400 --> 16:43.080
And I think that this question of what is good,
16:43.080 --> 16:44.720
what are those values, I mean,
16:44.720 --> 16:45.960
I think you don't even have to go
16:45.960 --> 16:48.400
to those very grand existential places
16:48.400 --> 16:50.920
to realize how hard this problem is.
16:50.920 --> 16:52.880
You just look at different countries
16:52.880 --> 16:54.520
and cultures across the world.
16:54.520 --> 16:57.120
And that there's a very different conception
16:57.120 --> 17:01.920
of how the world works and what kinds of ways
17:01.920 --> 17:03.400
that society wants to operate.
17:03.400 --> 17:07.000
And so I think that the really core question
17:07.000 --> 17:09.560
is actually very concrete.
17:09.560 --> 17:10.960
And I think it's not a question
17:10.960 --> 17:12.880
that we have ready answers to,
17:12.880 --> 17:16.560
how do you have a world where all the different countries
17:16.560 --> 17:19.720
that we have, United States, China, Russia,
17:19.720 --> 17:22.720
and the hundreds of other countries out there
17:22.720 --> 17:26.600
are able to continue to not just operate
17:26.600 --> 17:28.440
in the way that they see fit,
17:28.440 --> 17:32.520
but in the world that emerges in these,
17:32.520 --> 17:34.680
where you have these very powerful systems,
17:36.040 --> 17:37.800
operating alongside humans,
17:37.800 --> 17:39.800
ends up being something that empowers humans more,
17:39.800 --> 17:44.120
that makes human existence be a more meaningful thing
17:44.120 --> 17:46.400
and that people are happier and wealthier
17:46.400 --> 17:48.960
and able to live more fulfilling lives.
17:48.960 --> 17:51.560
It's not an obvious thing for how to design that world
17:51.560 --> 17:53.600
once you have that very powerful system.
17:53.600 --> 17:55.800
So if we take a little step back,
17:55.800 --> 17:58.200
and we're having like a fascinating conversation
17:58.200 --> 18:01.880
and open as in many ways a tech leader in the world,
18:01.880 --> 18:05.440
and yet we're thinking about these big existential questions
18:05.440 --> 18:07.000
which is fascinating, really important.
18:07.000 --> 18:09.160
I think you're a leader in that space
18:09.160 --> 18:10.840
and that's a really important space
18:10.840 --> 18:13.080
of just thinking how AI affects society
18:13.080 --> 18:14.360
in a big picture view.
18:14.360 --> 18:17.320
So Oscar Wilde said, we're all in the gutter,
18:17.320 --> 18:19.000
but some of us are looking at the stars
18:19.000 --> 18:22.320
and I think OpenAI has a charter
18:22.320 --> 18:24.600
that looks to the stars, I would say,
18:24.600 --> 18:26.880
to create intelligence, to create general intelligence,
18:26.880 --> 18:29.440
make it beneficial, safe, and collaborative.
18:29.440 --> 18:33.680
So can you tell me how that came about?
18:33.680 --> 18:36.320
How a mission like that and the path
18:36.320 --> 18:39.120
to creating a mission like that at OpenAI was founded?
18:39.120 --> 18:41.640
Yeah, so I think that in some ways
18:41.640 --> 18:45.040
it really boils down to taking a look at the landscape.
18:45.040 --> 18:47.040
So if you think about the history of AI
18:47.040 --> 18:49.920
that basically for the past 60 or 70 years,
18:49.920 --> 18:51.640
people have thought about this goal
18:51.640 --> 18:53.960
of what could happen if you could automate
18:53.960 --> 18:55.640
human intellectual labor.
18:56.680 --> 18:58.280
Imagine you can build a computer system
18:58.280 --> 19:00.560
that could do that, what becomes possible?
19:00.560 --> 19:02.400
We have a lot of sci fi that tells stories
19:02.400 --> 19:04.920
of various dystopias and increasingly you have movies
19:04.920 --> 19:06.480
like Her that tell you a little bit about
19:06.480 --> 19:09.440
maybe more of a little bit utopic vision.
19:09.440 --> 19:12.560
You think about the impacts that we've seen
19:12.560 --> 19:16.280
from being able to have bicycles for our minds
19:16.280 --> 19:20.360
and computers and that I think that the impact
19:20.360 --> 19:23.480
of computers and the internet has just far outstripped
19:23.480 --> 19:26.200
what anyone really could have predicted.
19:26.200 --> 19:27.400
And so I think that it's very clear
19:27.400 --> 19:29.360
that if you can build an AGI,
19:29.360 --> 19:31.600
it will be the most transformative technology
19:31.600 --> 19:33.040
that humans will ever create.
19:33.040 --> 19:36.840
And so what it boils down to then is a question of,
19:36.840 --> 19:38.680
well, is there a path?
19:38.680 --> 19:39.520
Is there hope?
19:39.520 --> 19:41.680
Is there a way to build such a system?
19:41.680 --> 19:43.640
And I think that for 60 or 70 years
19:43.640 --> 19:48.040
that people got excited and that ended up not being able
19:48.040 --> 19:51.480
to deliver on the hopes that people had pinned on them.
19:51.480 --> 19:54.880
And I think that then, that after two winters
19:54.880 --> 19:57.600
of AI development, that people,
19:57.600 --> 20:00.560
I think kind of almost stopped daring to dream, right?
20:00.560 --> 20:03.280
That really talking about AGI or thinking about AGI
20:03.280 --> 20:05.640
became almost this taboo in the community.
20:06.640 --> 20:08.720
But I actually think that people took the wrong lesson
20:08.720 --> 20:10.080
from AI history.
20:10.080 --> 20:12.400
And if you look back, starting in 1959
20:12.400 --> 20:14.240
is when the Perceptron was released.
20:14.240 --> 20:17.720
And this is basically one of the earliest neural networks.
20:17.720 --> 20:19.280
It was released to what was perceived
20:19.280 --> 20:20.840
as this massive overhype.
20:20.840 --> 20:22.360
So in the New York Times in 1959,
20:22.360 --> 20:26.400
you have this article saying that the Perceptron
20:26.400 --> 20:29.160
will one day recognize people, call out their names,
20:29.160 --> 20:31.480
instantly translate speech between languages.
20:31.480 --> 20:33.800
And people at the time looked at this and said,
20:33.800 --> 20:36.120
this is, your system can't do any of that.
20:36.120 --> 20:38.080
And basically spent 10 years trying to discredit
20:38.080 --> 20:40.640
the whole Perceptron direction and succeeded.
20:40.640 --> 20:41.840
And all the funding dried up.
20:41.840 --> 20:44.960
And people kind of went in other directions.
20:44.960 --> 20:46.920
And in the 80s, there was this resurgence.
20:46.920 --> 20:49.320
And I'd always heard that the resurgence in the 80s
20:49.320 --> 20:51.520
was due to the invention of back propagation
20:51.520 --> 20:53.720
and these algorithms that got people excited.
20:53.720 --> 20:55.760
But actually the causality was due to people
20:55.760 --> 20:57.200
building larger computers.
20:57.200 --> 20:59.280
That you can find these articles from the 80s saying
20:59.280 --> 21:01.760
that the democratization of computing power
21:01.760 --> 21:04.040
suddenly meant that you could run these larger neural networks.
21:04.040 --> 21:06.280
And then people started to do all these amazing things,
21:06.280 --> 21:08.000
back propagation algorithm was invented.
21:08.000 --> 21:10.120
And the neural nets people were running
21:10.120 --> 21:13.000
were these tiny little like 20 neuron neural nets.
21:13.000 --> 21:15.160
What are you supposed to learn with 20 neurons?
21:15.160 --> 21:18.640
And so of course they weren't able to get great results.
21:18.640 --> 21:21.960
And it really wasn't until 2012 that this approach,
21:21.960 --> 21:24.680
that's almost the most simple, natural approach
21:24.680 --> 21:27.720
that people had come up with in the 50s, right?
21:27.720 --> 21:30.360
In some ways, even in the 40s before there were computers
21:30.360 --> 21:32.000
with the Pits McCullin neuron,
21:33.040 --> 21:37.480
suddenly this became the best way of solving problems, right?
21:37.480 --> 21:39.280
And I think there are three core properties
21:39.280 --> 21:42.120
that deep learning has that I think
21:42.120 --> 21:44.120
are very worth paying attention to.
21:44.120 --> 21:45.920
The first is generality.
21:45.920 --> 21:48.760
We have a very small number of deep learning tools,
21:48.760 --> 21:52.360
SGD, deep neural net, maybe some, you know, RL.
21:52.360 --> 21:55.600
And it solves this huge variety of problems,
21:55.600 --> 21:57.240
speech recognition, machine translation,
21:57.240 --> 22:00.200
game playing, all of these problems,
22:00.200 --> 22:01.040
small set of tools.
22:01.040 --> 22:02.760
So there's the generality.
22:02.760 --> 22:05.000
There's a second piece, which is the competence.
22:05.000 --> 22:07.040
You wanna solve any of those problems?
22:07.040 --> 22:10.640
Throughout 40 years worth of normal computer vision research
22:10.640 --> 22:13.640
replaced with a deep neural net, it's gonna work better.
22:13.640 --> 22:16.320
And there's a third piece, which is the scalability, right?
22:16.320 --> 22:18.720
That one thing that has been shown time and time again
22:18.720 --> 22:21.760
is that you, if you have a larger neural network,
22:21.760 --> 22:25.120
throw more compute, more data at it, it will work better.
22:25.120 --> 22:28.880
Those three properties together feel like essential parts
22:28.880 --> 22:30.800
of building a general intelligence.
22:30.800 --> 22:33.000
Now, it doesn't just mean that if we scale up
22:33.000 --> 22:35.200
what we have, that we will have an AGI, right?
22:35.200 --> 22:36.800
There are clearly missing pieces.
22:36.800 --> 22:38.000
There are missing ideas.
22:38.000 --> 22:40.000
We need to have answers for reasoning.
22:40.000 --> 22:44.800
But I think that the core here is that for the first time,
22:44.800 --> 22:46.880
it feels that we have a paradigm
22:46.880 --> 22:48.960
that gives us hope that general intelligence
22:48.960 --> 22:50.560
can be achievable.
22:50.560 --> 22:52.160
And so as soon as you believe that,
22:52.160 --> 22:54.480
everything else becomes into focus, right?
22:54.480 --> 22:56.560
If you imagine that you may be able to,
22:56.560 --> 22:59.920
and that the timeline I think remains uncertain,
22:59.920 --> 23:02.200
but I think that certainly within our lifetimes
23:02.200 --> 23:04.640
and possibly within a much shorter period of time
23:04.640 --> 23:06.560
than people would expect,
23:06.560 --> 23:09.360
if you can really build the most transformative technology
23:09.360 --> 23:11.720
that will ever exist, you stop thinking about yourself
23:11.720 --> 23:12.560
so much, right?
23:12.560 --> 23:14.240
And you start thinking about just like,
23:14.240 --> 23:16.440
how do you have a world where this goes well?
23:16.440 --> 23:18.160
And that you need to think about the practicalities
23:18.160 --> 23:19.560
of how do you build an organization
23:19.560 --> 23:22.000
and get together a bunch of people and resources
23:22.000 --> 23:25.160
and to make sure that people feel motivated
23:25.160 --> 23:26.800
and ready to do it.
23:28.080 --> 23:30.720
But I think that then you start thinking about,
23:30.720 --> 23:32.080
well, what if we succeed?
23:32.080 --> 23:34.280
And how do we make sure that when we succeed,
23:34.280 --> 23:35.600
that the world is actually the place
23:35.600 --> 23:38.200
that we want ourselves to exist in?
23:38.200 --> 23:41.080
And almost in the Rawlsian Vale sense of the word.
23:41.080 --> 23:43.880
And so that's kind of the broader landscape.
23:43.880 --> 23:46.680
And Open AI was really formed in 2015
23:46.680 --> 23:51.480
with that high level picture of AGI might be possible
23:51.480 --> 23:52.880
sooner than people think
23:52.880 --> 23:55.840
and that we need to try to do our best
23:55.840 --> 23:57.480
to make sure it's going to go well.
23:57.480 --> 23:59.360
And then we spent the next couple of years
23:59.360 --> 24:00.840
really trying to figure out what does that mean?
24:00.840 --> 24:01.960
How do we do it?
24:01.960 --> 24:04.800
And I think that typically with a company,
24:04.800 --> 24:07.320
you start out very small.
24:07.320 --> 24:09.000
So you want a cofounder and you build a product,
24:09.000 --> 24:11.360
you get some users, you get a product market fit,
24:11.360 --> 24:13.320
then at some point you raise some money,
24:13.320 --> 24:14.840
you hire people, you scale,
24:14.840 --> 24:17.440
and then down the road, then the big companies
24:17.440 --> 24:19.080
realize you exist and try to kill you.
24:19.080 --> 24:21.520
And for Open AI, it was basically everything
24:21.520 --> 24:22.960
in exactly the opposite order.
24:25.480 --> 24:26.760
Let me just pause for a second.
24:26.760 --> 24:27.520
He said a lot of things.
24:27.520 --> 24:31.240
And let me just admire the jarring aspect
24:31.240 --> 24:35.160
of what Open AI stands for, which is daring to dream.
24:35.160 --> 24:37.120
I mean, you said it's pretty powerful.
24:37.120 --> 24:40.080
You caught me off guard because I think that's very true.
24:40.080 --> 24:44.040
The step of just daring to dream
24:44.040 --> 24:46.720
about the possibilities of creating intelligence
24:46.720 --> 24:48.760
in a positive and a safe way,
24:48.760 --> 24:50.640
but just even creating intelligence
24:50.640 --> 24:55.640
is a much needed, refreshing catalyst
24:56.280 --> 24:57.360
for the AI community.
24:57.360 --> 24:58.800
So that's the starting point.
24:58.800 --> 25:02.840
Okay, so then formation of Open AI, what's your point?
25:02.840 --> 25:05.640
I would just say that when we were starting Open AI,
25:05.640 --> 25:07.760
that kind of the first question that we had is,
25:07.760 --> 25:12.000
is it too late to start a lab with a bunch of the best people?
25:12.000 --> 25:13.160
Right, is that even possible?
25:13.160 --> 25:14.320
That was an actual question.
25:14.320 --> 25:17.280
That was the core question of,
25:17.280 --> 25:19.320
we had this dinner in July of 2015,
25:19.320 --> 25:21.240
and that was really what we spent the whole time
25:21.240 --> 25:22.320
talking about.
25:22.320 --> 25:26.800
And because you think about kind of where AI was,
25:26.800 --> 25:30.200
is that it transitioned from being an academic pursuit
25:30.200 --> 25:32.240
to an industrial pursuit.
25:32.240 --> 25:34.240
And so a lot of the best people were in these big
25:34.240 --> 25:37.000
research labs and that we wanted to start our own one
25:37.000 --> 25:40.560
that no matter how much resources we could accumulate
25:40.560 --> 25:43.520
would be pale in comparison to the big tech companies.
25:43.520 --> 25:44.720
And we knew that.
25:44.720 --> 25:45.800
And there's a question of,
25:45.800 --> 25:47.720
are we going to be actually able to get this thing
25:47.720 --> 25:48.720
off the ground?
25:48.720 --> 25:49.760
You need critical mass.
25:49.760 --> 25:52.120
You can't just do you and a cofounder build a product, right?
25:52.120 --> 25:55.600
You really need to have a group of five to 10 people.
25:55.600 --> 25:59.480
And we kind of concluded it wasn't obviously impossible.
25:59.480 --> 26:00.840
So it seemed worth trying.
26:02.240 --> 26:04.800
Well, you're also a dreamer, so who knows, right?
26:04.800 --> 26:05.640
That's right.
26:05.640 --> 26:07.720
Okay, so speaking of that,
26:07.720 --> 26:10.520
competing with the big players,
26:11.520 --> 26:14.080
let's talk about some of the tricky things
26:14.080 --> 26:17.480
as you think through this process of growing,
26:17.480 --> 26:20.080
of seeing how you can develop these systems
26:20.080 --> 26:22.640
at a scale that competes.
26:22.640 --> 26:25.720
So you recently formed OpenAI LP,
26:26.560 --> 26:30.800
a new cap profit company that now carries the name OpenAI.
26:30.800 --> 26:33.280
So OpenAI is now this official company.
26:33.280 --> 26:36.520
The original nonprofit company still exists
26:36.520 --> 26:39.800
and carries the OpenAI nonprofit name.
26:39.800 --> 26:42.000
So can you explain what this company is,
26:42.000 --> 26:44.280
what the purpose of its creation is,
26:44.280 --> 26:48.800
and how did you arrive at the decision to create it?
26:48.800 --> 26:53.280
OpenAI, the whole entity and OpenAI LP as a vehicle
26:53.280 --> 26:55.560
is trying to accomplish the mission
26:55.560 --> 26:57.520
of ensuring that artificial general intelligence
26:57.520 --> 26:58.800
benefits everyone.
26:58.800 --> 27:00.240
And the main way that we're trying to do that
27:00.240 --> 27:01.840
is by actually trying to build
27:01.840 --> 27:03.240
general intelligence to ourselves
27:03.240 --> 27:05.920
and make sure the benefits are distributed to the world.
27:05.920 --> 27:07.200
That's the primary way.
27:07.200 --> 27:09.600
We're also fine if someone else does this, right?
27:09.600 --> 27:10.640
It doesn't have to be us.
27:10.640 --> 27:12.640
If someone else is going to build an AGI
27:12.640 --> 27:14.840
and make sure that the benefits don't get locked up
27:14.840 --> 27:18.160
in one company or with one set of people,
27:19.280 --> 27:21.160
like we're actually fine with that.
27:21.160 --> 27:25.400
And so those ideas are baked into our charter,
27:25.400 --> 27:28.400
which is kind of the foundational document
27:28.400 --> 27:31.920
that describes kind of our values and how we operate.
27:31.920 --> 27:36.360
And it's also really baked into the structure of OpenAI LP.
27:36.360 --> 27:37.960
And so the way that we've set up OpenAI LP
27:37.960 --> 27:42.160
is that in the case where we succeed, right?
27:42.160 --> 27:45.320
If we actually build what we're trying to build,
27:45.320 --> 27:47.800
then investors are able to get a return,
27:47.800 --> 27:50.400
and but that return is something that is capped.
27:50.400 --> 27:53.000
And so if you think of AGI in terms of the value
27:53.000 --> 27:54.160
that you could really create,
27:54.160 --> 27:56.320
you're talking about the most transformative technology
27:56.320 --> 27:58.000
ever created, it's gonna create,
27:58.000 --> 28:01.880
or does the magnitude more value than any existing company?
28:01.880 --> 28:05.960
And that all of that value will be owned by the world,
28:05.960 --> 28:07.880
like legally titled to the nonprofit
28:07.880 --> 28:09.560
to fulfill that mission.
28:09.560 --> 28:12.800
And so that's the structure.
28:12.800 --> 28:15.200
So the mission is a powerful one,
28:15.200 --> 28:18.920
and it's one that I think most people would agree with.
28:18.920 --> 28:22.960
It's how we would hope AI progresses.
28:22.960 --> 28:25.440
And so how do you tie yourself to that mission?
28:25.440 --> 28:29.240
How do you make sure you do not deviate from that mission
28:29.240 --> 28:34.240
that other incentives that are profit driven
28:34.560 --> 28:36.800
wouldn't don't interfere with the mission?
28:36.800 --> 28:39.560
So this was actually a really core question for us
28:39.560 --> 28:40.920
for the past couple of years,
28:40.920 --> 28:43.560
because I'd say that the way that our history went
28:43.560 --> 28:44.960
was that for the first year,
28:44.960 --> 28:46.240
we were getting off the ground, right?
28:46.240 --> 28:47.960
We had this high level picture,
28:47.960 --> 28:51.880
but we didn't know exactly how we wanted to accomplish it.
28:51.880 --> 28:53.440
And really two years ago,
28:53.440 --> 28:55.040
it's when we first started realizing
28:55.040 --> 28:56.160
in order to build AGI,
28:56.160 --> 28:58.720
we're just gonna need to raise way more money
28:58.720 --> 29:00.680
than we can as a nonprofit.
29:00.680 --> 29:02.800
We're talking many billions of dollars.
29:02.800 --> 29:05.440
And so the first question is,
29:05.440 --> 29:06.840
how are you supposed to do that
29:06.840 --> 29:08.680
and stay true to this mission?
29:08.680 --> 29:10.560
And we looked at every legal structure out there
29:10.560 --> 29:11.960
and included none of them were quite right
29:11.960 --> 29:13.400
for what we wanted to do.
29:13.400 --> 29:14.600
And I guess it shouldn't be too surprising
29:14.600 --> 29:16.920
if you're gonna do some crazy unprecedented technology
29:16.920 --> 29:17.920
that you're gonna have to come
29:17.920 --> 29:20.320
with some crazy unprecedented structure to do it in.
29:20.320 --> 29:25.320
And a lot of our conversation was with people at OpenAI,
29:26.080 --> 29:27.240
the people who really joined
29:27.240 --> 29:29.160
because they believe so much in this mission
29:29.160 --> 29:32.120
and thinking about how do we actually raise the resources
29:32.120 --> 29:35.920
to do it and also stay true to what we stand for.
29:35.920 --> 29:38.000
And the place you gotta start is to really align
29:38.000 --> 29:39.560
on what is it that we stand for, right?
29:39.560 --> 29:40.560
What are those values?
29:40.560 --> 29:41.840
What's really important to us?
29:41.840 --> 29:43.760
And so I'd say that we spent about a year
29:43.760 --> 29:46.240
really compiling the OpenAI charter.
29:46.240 --> 29:47.560
And that determines,
29:47.560 --> 29:50.240
and if you even look at the first line item in there,
29:50.240 --> 29:52.360
it says that, look, we expect we're gonna have to marshal
29:52.360 --> 29:53.760
huge amounts of resources,
29:53.760 --> 29:55.160
but we're going to make sure
29:55.160 --> 29:57.920
that we minimize conflict of interest with the mission.
29:57.920 --> 30:00.720
And that kind of aligning on all of those pieces
30:00.720 --> 30:04.240
was the most important step towards figuring out
30:04.240 --> 30:06.040
how do we structure a company
30:06.040 --> 30:08.240
that can actually raise the resources
30:08.240 --> 30:10.360
to do what we need to do.
30:10.360 --> 30:14.760
I imagine OpenAI, the decision to create OpenAI LP
30:14.760 --> 30:16.360
was a really difficult one.
30:16.360 --> 30:17.920
And there was a lot of discussions
30:17.920 --> 30:19.640
as you mentioned for a year.
30:19.640 --> 30:22.760
And there was different ideas,
30:22.760 --> 30:25.120
perhaps detractors within OpenAI,
30:26.120 --> 30:28.920
sort of different paths that you could have taken.
30:28.920 --> 30:30.240
What were those concerns?
30:30.240 --> 30:32.040
What were the different paths considered?
30:32.040 --> 30:34.080
What was that process of making that decision like?
30:34.080 --> 30:35.000
Yep.
30:35.000 --> 30:37.200
But so if you look actually at the OpenAI charter,
30:37.200 --> 30:40.880
that there's almost two paths embedded within it.
30:40.880 --> 30:44.880
There is, we are primarily trying to build AGI ourselves,
30:44.880 --> 30:47.360
but we're also okay if someone else does it.
30:47.360 --> 30:49.040
And this is a weird thing for a company.
30:49.040 --> 30:50.480
It's really interesting, actually.
30:50.480 --> 30:51.320
Yeah.
30:51.320 --> 30:53.280
But there is an element of competition
30:53.280 --> 30:56.680
that you do want to be the one that does it,
30:56.680 --> 30:59.040
but at the same time, you're okay if somebody else doesn't.
30:59.040 --> 31:01.000
We'll talk about that a little bit, that trade off,
31:01.000 --> 31:02.960
that dance that's really interesting.
31:02.960 --> 31:04.600
And I think this was the core tension
31:04.600 --> 31:06.360
as we were designing OpenAI LP
31:06.360 --> 31:08.240
and really the OpenAI strategy,
31:08.240 --> 31:11.080
is how do you make sure that both you have a shot
31:11.080 --> 31:12.640
at being a primary actor,
31:12.640 --> 31:15.840
which really requires building an organization,
31:15.840 --> 31:17.720
raising massive resources,
31:17.720 --> 31:19.440
and really having the will to go
31:19.440 --> 31:22.000
and execute on some really, really hard vision, right?
31:22.000 --> 31:23.760
You need to really sign up for a long period
31:23.760 --> 31:27.120
to go and take on a lot of pain and a lot of risk.
31:27.120 --> 31:29.000
And to do that,
31:29.000 --> 31:31.720
normally you just import the startup mindset, right?
31:31.720 --> 31:32.760
And that you think about, okay,
31:32.760 --> 31:34.240
like how do we out execute everyone?
31:34.240 --> 31:36.160
You have this very competitive angle.
31:36.160 --> 31:38.120
But you also have the second angle of saying that,
31:38.120 --> 31:41.600
well, the true mission isn't for OpenAI to build AGI.
31:41.600 --> 31:45.080
The true mission is for AGI to go well for humanity.
31:45.080 --> 31:48.080
And so how do you take all of those first actions
31:48.080 --> 31:51.320
and make sure you don't close the door on outcomes
31:51.320 --> 31:54.480
that would actually be positive and fulfill the mission?
31:54.480 --> 31:56.680
And so I think it's a very delicate balance, right?
31:56.680 --> 31:59.560
And I think that going 100% one direction or the other
31:59.560 --> 32:01.320
is clearly not the correct answer.
32:01.320 --> 32:03.920
And so I think that even in terms of just how we talk about
32:03.920 --> 32:05.400
OpenAI and think about it,
32:05.400 --> 32:07.600
there's just like one thing that's always
32:07.600 --> 32:09.680
in the back of my mind is to make sure
32:09.680 --> 32:12.120
that we're not just saying OpenAI's goal
32:12.120 --> 32:14.000
is to build AGI, right?
32:14.000 --> 32:15.560
That it's actually much broader than that, right?
32:15.560 --> 32:19.360
That first of all, it's not just AGI, it's safe AGI
32:19.360 --> 32:20.320
that's very important.
32:20.320 --> 32:23.120
But secondly, our goal isn't to be the ones to build it,
32:23.120 --> 32:24.720
our goal is to make sure it goes well for the world.
32:24.720 --> 32:26.120
And so I think that figuring out,
32:26.120 --> 32:27.960
how do you balance all of those
32:27.960 --> 32:30.280
and to get people to really come to the table
32:30.280 --> 32:35.280
and compile a single document that encompasses all of that
32:36.360 --> 32:37.560
wasn't trivial.
32:37.560 --> 32:41.680
So part of the challenge here is your mission is,
32:41.680 --> 32:44.240
I would say, beautiful, empowering,
32:44.240 --> 32:47.520
and a beacon of hope for people in the research community
32:47.520 --> 32:49.200
and just people thinking about AI.
32:49.200 --> 32:51.880
So your decisions are scrutinized
32:51.880 --> 32:55.920
more than, I think, a regular profit driven company.
32:55.920 --> 32:57.400
Do you feel the burden of this
32:57.400 --> 32:58.560
in the creation of the charter
32:58.560 --> 33:00.200
and just in the way you operate?
33:00.200 --> 33:01.040
Yes.
33:03.040 --> 33:05.920
So why do you lean into the burden
33:07.040 --> 33:08.640
by creating such a charter?
33:08.640 --> 33:10.440
Why not keep it quiet?
33:10.440 --> 33:12.920
I mean, it just boils down to the mission, right?
33:12.920 --> 33:15.200
Like, I'm here and everyone else is here
33:15.200 --> 33:17.880
because we think this is the most important mission, right?
33:17.880 --> 33:19.000
Dare to dream.
33:19.000 --> 33:23.360
All right, so do you think you can be good for the world
33:23.360 --> 33:26.000
or create an AGI system that's good
33:26.000 --> 33:28.320
when you're a for profit company?
33:28.320 --> 33:32.920
From my perspective, I don't understand why profit
33:32.920 --> 33:37.640
interferes with positive impact on society.
33:37.640 --> 33:40.760
I don't understand why Google
33:40.760 --> 33:42.920
that makes most of its money from ads
33:42.920 --> 33:45.040
can't also do good for the world
33:45.040 --> 33:47.520
or other companies, Facebook, anything.
33:47.520 --> 33:50.240
I don't understand why those have to interfere.
33:50.240 --> 33:55.120
You know, you can, profit isn't the thing in my view
33:55.120 --> 33:57.240
that affects the impact of a company.
33:57.240 --> 34:00.360
What affects the impact of the company is the charter,
34:00.360 --> 34:04.160
is the culture, is the people inside
34:04.160 --> 34:07.360
and profit is the thing that just fuels those people.
34:07.360 --> 34:08.760
What are your views there?
34:08.760 --> 34:10.920
Yeah, so I think that's a really good question
34:10.920 --> 34:14.200
and there's some real like longstanding debates
34:14.200 --> 34:16.520
in human society that are wrapped up in it.
34:16.520 --> 34:18.680
The way that I think about it is just think about
34:18.680 --> 34:21.520
what are the most impactful nonprofits in the world?
34:24.000 --> 34:26.760
What are the most impactful for profits in the world?
34:26.760 --> 34:29.280
Right, it's much easier to list the for profits.
34:29.280 --> 34:30.120
That's right.
34:30.120 --> 34:32.400
And I think that there's some real truth here
34:32.400 --> 34:34.600
that the system that we set up,
34:34.600 --> 34:38.320
the system for kind of how today's world is organized
34:38.320 --> 34:41.760
is one that really allows for huge impact
34:41.760 --> 34:45.400
and that kind of part of that is that you need to be,
34:45.400 --> 34:48.080
that for profits are self sustaining
34:48.080 --> 34:51.200
and able to kind of build on their own momentum.
34:51.200 --> 34:53.080
And I think that's a really powerful thing.
34:53.080 --> 34:55.880
It's something that when it turns out
34:55.880 --> 34:57.920
that we haven't set the guardrails correctly,
34:57.920 --> 34:58.840
causes problems, right?
34:58.840 --> 35:02.720
Think about logging companies that go into the rainforest,
35:02.720 --> 35:04.680
that's really bad, we don't want that.
35:04.680 --> 35:06.520
And it's actually really interesting to me
35:06.520 --> 35:08.480
that kind of this question of
35:08.480 --> 35:11.400
how do you get positive benefits out of a for profit company?
35:11.400 --> 35:12.600
It's actually very similar to
35:12.600 --> 35:15.800
how do you get positive benefits out of an AGI, right?
35:15.800 --> 35:18.000
That you have this like very powerful system,
35:18.000 --> 35:19.680
it's more powerful than any human
35:19.680 --> 35:21.760
and it's kind of autonomous in some ways.
35:21.760 --> 35:23.800
You know, it's super human in a lot of axes
35:23.800 --> 35:25.400
and somehow you have to set the guardrails
35:25.400 --> 35:26.800
to get good things to happen.
35:26.800 --> 35:29.360
But when you do, the benefits are massive.
35:29.360 --> 35:32.920
And so I think that when I think about nonprofit
35:32.920 --> 35:36.120
versus for profit, I think just not enough happens
35:36.120 --> 35:37.800
in nonprofits, they're very pure,
35:37.800 --> 35:39.200
but it's just kind of, you know,
35:39.200 --> 35:40.840
it's just hard to do things there.
35:40.840 --> 35:44.000
And for profits in some ways, like too much happens,
35:44.000 --> 35:46.440
but if kind of shaped in the right way,
35:46.440 --> 35:47.840
it can actually be very positive.
35:47.840 --> 35:52.160
And so with OpenILP, we're picking a road in between.
35:52.160 --> 35:54.880
Now, the thing that I think is really important to recognize
35:54.880 --> 35:57.160
is that the way that we think about OpenILP
35:57.160 --> 36:00.440
is that in the world where AGI actually happens, right?
36:00.440 --> 36:01.720
In a world where we are successful,
36:01.720 --> 36:03.800
we build the most transformative technology ever,
36:03.800 --> 36:06.600
the amount of value we're going to create will be astronomical.
36:07.600 --> 36:12.600
And so then in that case, that the cap that we have
36:12.760 --> 36:15.520
will be a small fraction of the value we create.
36:15.520 --> 36:17.800
And the amount of value that goes back to investors
36:17.800 --> 36:20.000
and employees looks pretty similar to what would happen
36:20.000 --> 36:21.680
in a pretty successful startup.
36:23.760 --> 36:26.520
And that's really the case that we're optimizing for, right?
36:26.520 --> 36:28.560
That we're thinking about in the success case,
36:28.560 --> 36:32.120
making sure that the value we create doesn't get locked up.
36:32.120 --> 36:34.920
And I expect that in other for profit companies
36:34.920 --> 36:37.800
that it's possible to do something like that.
36:37.800 --> 36:39.720
I think it's not obvious how to do it, right?
36:39.720 --> 36:41.440
And I think that as a for profit company,
36:41.440 --> 36:44.240
you have a lot of fiduciary duty to your shareholders
36:44.240 --> 36:45.640
and that there are certain decisions
36:45.640 --> 36:47.520
that you just cannot make.
36:47.520 --> 36:49.080
In our structure, we've set it up
36:49.080 --> 36:52.440
so that we have a fiduciary duty to the charter,
36:52.440 --> 36:54.400
that we always get to make the decision
36:54.400 --> 36:56.720
that is right for the charter,
36:56.720 --> 36:58.800
rather than even if it comes at the expense
36:58.800 --> 37:00.680
of our own stakeholders.
37:00.680 --> 37:03.400
And so I think that when I think about
37:03.400 --> 37:04.360
what's really important,
37:04.360 --> 37:06.280
it's not really about nonprofit versus for profit.
37:06.280 --> 37:09.600
It's really a question of if you build a GI
37:09.600 --> 37:10.600
and you kind of, you know,
37:10.600 --> 37:13.080
humanity is now at this new age,
37:13.080 --> 37:15.760
who benefits, whose lives are better?
37:15.760 --> 37:17.120
And I think that what's really important
37:17.120 --> 37:20.320
is to have an answer that is everyone.
37:20.320 --> 37:23.400
Yeah, which is one of the core aspects of the charter.
37:23.400 --> 37:26.520
So one concern people have, not just with OpenAI,
37:26.520 --> 37:28.400
but with Google, Facebook, Amazon,
37:28.400 --> 37:33.400
anybody really that's creating impact at scale
37:35.000 --> 37:37.680
is how do we avoid, as your charter says,
37:37.680 --> 37:40.080
avoid enabling the use of AI or AGI
37:40.080 --> 37:43.640
to unduly concentrate power?
37:43.640 --> 37:45.920
Why would not a company like OpenAI
37:45.920 --> 37:48.640
keep all the power of an AGI system to itself?
37:48.640 --> 37:49.520
The charter.
37:49.520 --> 37:50.360
The charter.
37:50.360 --> 37:51.960
So, you know, how does the charter
37:53.120 --> 37:57.240
actualize itself in day to day?
37:57.240 --> 38:00.480
So I think that first to zoom out, right,
38:00.480 --> 38:01.880
that the way that we structure the company
38:01.880 --> 38:04.560
is so that the power for sort of, you know,
38:04.560 --> 38:06.720
dictating the actions that OpenAI takes
38:06.720 --> 38:08.600
ultimately rests with the board, right?
38:08.600 --> 38:11.720
The board of the nonprofit and the board is set up
38:11.720 --> 38:13.480
in certain ways, with certain restrictions
38:13.480 --> 38:16.280
that you can read about in the OpenAI LP blog post.
38:16.280 --> 38:19.200
But effectively the board is the governing body
38:19.200 --> 38:21.200
for OpenAI LP.
38:21.200 --> 38:24.400
And the board has a duty to fulfill the mission
38:24.400 --> 38:26.360
of the nonprofit.
38:26.360 --> 38:28.800
And so that's kind of how we tie,
38:28.800 --> 38:30.960
how we thread all these things together.
38:30.960 --> 38:32.880
Now there's a question of so day to day,
38:32.880 --> 38:34.800
how do people, the individuals,
38:34.800 --> 38:36.960
who in some ways are the most empowered ones, right?
38:36.960 --> 38:38.800
You know, the board sort of gets to call the shots
38:38.800 --> 38:41.920
at the high level, but the people who are actually executing
38:41.920 --> 38:43.120
are the employees, right?
38:43.120 --> 38:45.480
The people here on a day to day basis who have the,
38:45.480 --> 38:47.720
you know, the keys to the technical kingdom.
38:48.960 --> 38:51.720
And there I think that the answer looks a lot like,
38:51.720 --> 38:55.120
well, how does any company's values get actualized, right?
38:55.120 --> 38:56.720
And I think that a lot of that comes down to
38:56.720 --> 38:58.160
that you need people who are here
38:58.160 --> 39:01.320
because they really believe in that mission
39:01.320 --> 39:02.800
and they believe in the charter
39:02.800 --> 39:05.440
and that they are willing to take actions
39:05.440 --> 39:08.600
that maybe are worse for them, but are better for the charter.
39:08.600 --> 39:11.440
And that's something that's really baked into the culture.
39:11.440 --> 39:13.200
And honestly, I think it's, you know,
39:13.200 --> 39:14.560
I think that that's one of the things
39:14.560 --> 39:18.200
that we really have to work to preserve as time goes on.
39:18.200 --> 39:20.760
And that's a really important part of how we think
39:20.760 --> 39:23.040
about hiring people and bringing people into OpenAI.
39:23.040 --> 39:25.320
So there's people here, there's people here
39:25.320 --> 39:30.320
who could speak up and say, like, hold on a second,
39:30.840 --> 39:34.600
this is totally against what we stand for, culture wise.
39:34.600 --> 39:35.440
Yeah, yeah, for sure.
39:35.440 --> 39:37.120
I mean, I think that we actually have,
39:37.120 --> 39:38.760
I think that's like a pretty important part
39:38.760 --> 39:41.920
of how we operate and how we have,
39:41.920 --> 39:44.160
even again with designing the charter
39:44.160 --> 39:46.680
and designing OpenAI in the first place,
39:46.680 --> 39:48.760
that there has been a lot of conversation
39:48.760 --> 39:50.480
with employees here and a lot of times
39:50.480 --> 39:52.400
where employees said, wait a second,
39:52.400 --> 39:53.920
this seems like it's going in the wrong direction
39:53.920 --> 39:55.120
and let's talk about it.
39:55.120 --> 39:57.360
And so I think one thing that's, I think are really,
39:57.360 --> 39:58.880
and you know, here's actually one thing
39:58.880 --> 40:02.080
that I think is very unique about us as a small company,
40:02.080 --> 40:04.360
is that if you're at a massive tech giant,
40:04.360 --> 40:05.680
that's a little bit hard for someone
40:05.680 --> 40:08.120
who's a line employee to go and talk to the CEO
40:08.120 --> 40:10.520
and say, I think that we're doing this wrong.
40:10.520 --> 40:13.040
And you know, you'll get companies like Google
40:13.040 --> 40:15.720
that have had some collective action from employees
40:15.720 --> 40:19.400
to make ethical change around things like Maven.
40:19.400 --> 40:20.680
And so maybe there are mechanisms
40:20.680 --> 40:22.240
that other companies that work,
40:22.240 --> 40:24.480
but here, super easy for anyone to pull me aside,
40:24.480 --> 40:26.320
to pull Sam aside, to pull Eli aside,
40:26.320 --> 40:27.800
and people do it all the time.
40:27.800 --> 40:29.800
One of the interesting things in the charter
40:29.800 --> 40:31.640
is this idea that it'd be great
40:31.640 --> 40:34.240
if you could try to describe or untangle
40:34.240 --> 40:36.440
switching from competition to collaboration
40:36.440 --> 40:38.920
and late stage AGI development.
40:38.920 --> 40:39.760
It's really interesting,
40:39.760 --> 40:42.160
this dance between competition and collaboration,
40:42.160 --> 40:43.400
how do you think about that?
40:43.400 --> 40:45.000
Yeah, assuming that you can actually do
40:45.000 --> 40:47.040
the technical side of AGI development,
40:47.040 --> 40:48.960
I think there's going to be two key problems
40:48.960 --> 40:50.400
with figuring out how do you actually deploy it
40:50.400 --> 40:51.520
and make it go well.
40:51.520 --> 40:53.160
The first one of these is the run up
40:53.160 --> 40:56.360
to building the first AGI.
40:56.360 --> 40:58.920
You look at how self driving cars are being developed,
40:58.920 --> 41:00.680
and it's a competitive race.
41:00.680 --> 41:02.560
And the thing that always happens in competitive race
41:02.560 --> 41:04.160
is that you have huge amounts of pressure
41:04.160 --> 41:05.600
to get rid of safety.
41:06.800 --> 41:08.920
And so that's one thing we're very concerned about, right?
41:08.920 --> 41:12.000
Is that people, multiple teams figuring out,
41:12.000 --> 41:13.600
we can actually get there,
41:13.600 --> 41:16.680
but you know, if we took the slower path
41:16.680 --> 41:20.240
that is more guaranteed to be safe, we will lose.
41:20.240 --> 41:22.360
And so we're going to take the fast path.
41:22.360 --> 41:25.480
And so the more that we can, both ourselves,
41:25.480 --> 41:27.280
be in a position where we don't generate
41:27.280 --> 41:29.000
that competitive race, where we say,
41:29.000 --> 41:31.520
if the race is being run and that someone else
41:31.520 --> 41:33.280
is further ahead than we are,
41:33.280 --> 41:35.600
we're not going to try to leapfrog.
41:35.600 --> 41:37.200
We're going to actually work with them, right?
41:37.200 --> 41:38.800
We will help them succeed.
41:38.800 --> 41:40.440
As long as what they're trying to do
41:40.440 --> 41:42.920
is to fulfill our mission, then we're good.
41:42.920 --> 41:44.800
We don't have to build AGI ourselves.
41:44.800 --> 41:47.080
And I think that's a really important commitment from us,
41:47.080 --> 41:49.080
but it can't just be unilateral, right?
41:49.080 --> 41:50.400
I think that it's really important
41:50.400 --> 41:53.120
that other players who are serious about building AGI
41:53.120 --> 41:54.680
make similar commitments, right?
41:54.680 --> 41:56.640
And I think that, you know, again,
41:56.640 --> 41:57.840
to the extent that everyone believes
41:57.840 --> 42:00.080
that AGI should be something to benefit everyone,
42:00.080 --> 42:01.240
then it actually really shouldn't matter
42:01.240 --> 42:02.440
which company builds it.
42:02.440 --> 42:04.160
And we should all be concerned about the case
42:04.160 --> 42:06.080
where we just race so hard to get there
42:06.080 --> 42:07.640
that something goes wrong.
42:07.640 --> 42:09.600
So what role do you think government,
42:10.560 --> 42:13.840
our favorite entity has in setting policy and rules
42:13.840 --> 42:18.320
about this domain, from research to the development
42:18.320 --> 42:22.880
to early stage, to late stage AI and AGI development?
42:22.880 --> 42:25.640
So I think that, first of all,
42:25.640 --> 42:28.080
it's really important that government's in there, right?
42:28.080 --> 42:29.800
In some way, shape, or form, you know,
42:29.800 --> 42:30.920
at the end of the day, we're talking about
42:30.920 --> 42:35.080
building technology that will shape how the world operates
42:35.080 --> 42:39.040
and that there needs to be government as part of that answer.
42:39.040 --> 42:42.160
And so that's why we've done a number
42:42.160 --> 42:43.600
of different congressional testimonies.
42:43.600 --> 42:46.440
We interact with a number of different lawmakers
42:46.440 --> 42:50.040
and that right now, a lot of our message to them
42:50.040 --> 42:54.360
is that it's not the time for regulation,
42:54.360 --> 42:56.400
it is the time for measurement, right?
42:56.400 --> 42:59.080
That our main policy recommendation is that people,
42:59.080 --> 43:00.680
and you know, the government does this all the time
43:00.680 --> 43:04.880
with bodies like NIST, spend time trying to figure out
43:04.880 --> 43:07.920
just where the technology is, how fast it's moving,
43:07.920 --> 43:11.200
and can really become literate and up to speed
43:11.200 --> 43:13.520
with respect to what to expect.
43:13.520 --> 43:15.240
So I think that today, the answer really
43:15.240 --> 43:17.320
is about measurement.
43:17.320 --> 43:20.160
And I think that there will be a time and place
43:20.160 --> 43:21.720
where that will change.
43:21.720 --> 43:24.840
And I think it's a little bit hard to predict exactly
43:24.840 --> 43:27.120
what exactly that trajectory should look like.
43:27.120 --> 43:31.080
So there will be a point at which regulation,
43:31.080 --> 43:34.200
federal in the United States, the government steps in
43:34.200 --> 43:39.200
and helps be the, I don't wanna say the adult in the room,
43:39.520 --> 43:42.400
to make sure that there is strict rules,
43:42.400 --> 43:45.200
maybe conservative rules that nobody can cross.
43:45.200 --> 43:47.400
Well, I think there's kind of maybe two angles to it.
43:47.400 --> 43:49.800
So today with narrow AI applications,
43:49.800 --> 43:51.960
that I think there are already existing bodies
43:51.960 --> 43:54.880
that are responsible and should be responsible for regulation.
43:54.880 --> 43:57.040
You think about, for example, with self driving cars,
43:57.040 --> 43:59.440
that you want the national highway.
44:00.720 --> 44:02.920
Yeah, exactly to be regulated in that.
44:02.920 --> 44:04.040
That makes sense, right?
44:04.040 --> 44:04.960
That basically what we're saying
44:04.960 --> 44:08.120
is that we're going to have these technological systems
44:08.120 --> 44:10.600
that are going to be performing applications
44:10.600 --> 44:12.280
that humans already do.
44:12.280 --> 44:14.800
Great, we already have ways of thinking about standards
44:14.800 --> 44:16.160
and safety for those.
44:16.160 --> 44:18.880
So I think actually empowering those regulators today
44:18.880 --> 44:20.040
is also pretty important.
44:20.040 --> 44:24.760
And then I think for AGI, that there's going to be a point
44:24.760 --> 44:26.040
where we'll have better answers.
44:26.040 --> 44:27.640
And I think that maybe a similar approach
44:27.640 --> 44:30.520
of first measurement and start thinking about
44:30.520 --> 44:31.640
what the rules should be.
44:31.640 --> 44:32.640
I think it's really important
44:32.640 --> 44:36.280
that we don't prematurely squash progress.
44:36.280 --> 44:40.160
I think it's very easy to kind of smother a budding field.
44:40.160 --> 44:42.160
And I think that's something to really avoid.
44:42.160 --> 44:43.760
But I don't think that the right way of doing it
44:43.760 --> 44:46.920
is to say, let's just try to blaze ahead
44:46.920 --> 44:50.280
and not involve all these other stakeholders.
44:51.480 --> 44:56.240
So you've recently released a paper on GPT2
44:56.240 --> 45:01.240
language modeling, but did not release the full model
45:02.040 --> 45:05.280
because you had concerns about the possible negative effects
45:05.280 --> 45:07.480
of the availability of such model.
45:07.480 --> 45:10.680
It's outside of just that decision,
45:10.680 --> 45:14.360
and it's super interesting because of the discussion
45:14.360 --> 45:17.000
at a societal level, the discourse it creates.
45:17.000 --> 45:19.320
So it's fascinating in that aspect.
45:19.320 --> 45:22.880
But if you think that's the specifics here at first,
45:22.880 --> 45:25.920
what are some negative effects that you envisioned?
45:25.920 --> 45:28.600
And of course, what are some of the positive effects?
45:28.600 --> 45:30.640
Yeah, so again, I think to zoom out,
45:30.640 --> 45:34.040
like the way that we thought about GPT2
45:34.040 --> 45:35.800
is that with language modeling,
45:35.800 --> 45:38.560
we are clearly on a trajectory right now
45:38.560 --> 45:40.880
where we scale up our models
45:40.880 --> 45:44.480
and we get qualitatively better performance, right?
45:44.480 --> 45:47.360
GPT2 itself was actually just a scale up
45:47.360 --> 45:50.680
of a model that we've released in the previous June, right?
45:50.680 --> 45:52.880
And we just ran it at much larger scale
45:52.880 --> 45:53.880
and we got these results
45:53.880 --> 45:57.240
where suddenly starting to write coherent pros,
45:57.240 --> 46:00.040
which was not something we'd seen previously.
46:00.040 --> 46:01.320
And what are we doing now?
46:01.320 --> 46:05.760
Well, we're gonna scale up GPT2 by 10x by 100x by 1000x
46:05.760 --> 46:07.840
and we don't know what we're gonna get.
46:07.840 --> 46:10.120
And so it's very clear that the model
46:10.120 --> 46:12.840
that we released last June,
46:12.840 --> 46:16.440
I think it's kind of like, it's a good academic toy.
46:16.440 --> 46:18.920
It's not something that we think is something
46:18.920 --> 46:20.440
that can really have negative applications
46:20.440 --> 46:21.680
or to the extent that it can,
46:21.680 --> 46:24.360
that the positive of people being able to play with it
46:24.360 --> 46:28.280
is far outweighs the possible harms.
46:28.280 --> 46:32.600
You fast forward to not GPT2, but GPT20,
46:32.600 --> 46:34.720
and you think about what that's gonna be like.
46:34.720 --> 46:38.200
And I think that the capabilities are going to be substantive.
46:38.200 --> 46:41.120
And so there needs to be a point in between the two
46:41.120 --> 46:43.480
where you say, this is something
46:43.480 --> 46:45.200
where we are drawing the line
46:45.200 --> 46:48.000
and that we need to start thinking about the safety aspects.
46:48.000 --> 46:50.160
And I think for GPT2, we could have gone either way.
46:50.160 --> 46:52.720
And in fact, when we had conversations internally
46:52.720 --> 46:54.760
that we had a bunch of pros and cons
46:54.760 --> 46:58.160
and it wasn't clear which one outweighed the other.
46:58.160 --> 46:59.840
And I think that when we announced
46:59.840 --> 47:02.160
that, hey, we decide not to release this model,
47:02.160 --> 47:03.600
then there was a bunch of conversation
47:03.600 --> 47:05.200
where various people said it's so obvious
47:05.200 --> 47:06.360
that you should have just released it.
47:06.360 --> 47:07.520
There are other people that said it's so obvious
47:07.520 --> 47:08.840
you should not have released it.
47:08.840 --> 47:10.960
And I think that that almost definitionally means
47:10.960 --> 47:13.800
that holding it back was the correct decision.
47:13.800 --> 47:17.000
If it's not obvious whether something is beneficial
47:17.000 --> 47:19.720
or not, you should probably default to caution.
47:19.720 --> 47:22.440
And so I think that the overall landscape
47:22.440 --> 47:23.760
for how we think about it
47:23.760 --> 47:25.920
is that this decision could have gone either way.
47:25.920 --> 47:27.960
There are great arguments in both directions.
47:27.960 --> 47:30.080
But for future models down the road,
47:30.080 --> 47:32.320
and possibly sooner than you'd expect,
47:32.320 --> 47:33.880
because scaling these things up doesn't actually
47:33.880 --> 47:36.800
take that long, those ones,
47:36.800 --> 47:39.600
you're definitely not going to want to release into the wild.
47:39.600 --> 47:42.640
And so I think that we almost view this as a test case
47:42.640 --> 47:45.360
and to see, can we even design,
47:45.360 --> 47:47.960
how do you have a society or how do you have a system
47:47.960 --> 47:50.520
that goes from having no concept of responsible disclosure
47:50.520 --> 47:53.440
where the mere idea of not releasing something
47:53.440 --> 47:55.960
for safety reasons is unfamiliar
47:55.960 --> 47:57.440
to a world where you say, okay,
47:57.440 --> 47:58.720
we have a powerful model.
47:58.720 --> 47:59.720
Let's at least think about it.
47:59.720 --> 48:01.280
Let's go through some process.
48:01.280 --> 48:02.680
And you think about the security community.
48:02.680 --> 48:03.880
It took them a long time
48:03.880 --> 48:05.960
to design responsible disclosure.
48:05.960 --> 48:07.200
You think about this question of,
48:07.200 --> 48:08.800
well, I have a security exploit.
48:08.800 --> 48:09.760
I send it to the company.
48:09.760 --> 48:12.000
The company is like, tries to prosecute me
48:12.000 --> 48:14.760
or just ignores it.
48:14.760 --> 48:16.080
What do I do?
48:16.080 --> 48:17.320
And so the alternatives of,
48:17.320 --> 48:19.120
oh, I just always publish your exploits.
48:19.120 --> 48:20.200
That doesn't seem good either.
48:20.200 --> 48:21.600
And so it really took a long time
48:21.600 --> 48:25.320
and it was bigger than any individual.
48:25.320 --> 48:27.080
It's really about building a whole community
48:27.080 --> 48:28.760
that believe that, okay, we'll have this process
48:28.760 --> 48:30.160
where you send it to the company
48:30.160 --> 48:31.680
if they don't act at a certain time,
48:31.680 --> 48:33.120
then you can go public
48:33.120 --> 48:34.440
and you're not a bad person.
48:34.440 --> 48:36.240
You've done the right thing.
48:36.240 --> 48:38.680
And I think that in AI,
48:38.680 --> 48:41.400
part of the response to GPT2 just proves
48:41.400 --> 48:44.200
that we don't have any concept of this.
48:44.200 --> 48:47.080
So that's the high level picture.
48:47.080 --> 48:48.720
And so I think that,
48:48.720 --> 48:51.240
I think this was a really important move to make.
48:51.240 --> 48:54.000
And we could have maybe delayed it for GPT3,
48:54.000 --> 48:56.080
but I'm really glad we did it for GPT2.
48:56.080 --> 48:57.760
And so now you look at GPT2 itself
48:57.760 --> 48:59.440
and you think about the substance of, okay,
48:59.440 --> 49:01.320
what are potential negative applications?
49:01.320 --> 49:04.120
So you have this model that's been trained on the internet,
49:04.120 --> 49:06.520
which is also going to be a bunch of very biased data,
49:06.520 --> 49:09.600
a bunch of very offensive content in there.
49:09.600 --> 49:13.240
And you can ask it to generate content for you
49:13.240 --> 49:14.600
on basically any topic, right?
49:14.600 --> 49:15.440
You just give it a prompt
49:15.440 --> 49:16.800
and it'll just start writing
49:16.800 --> 49:19.120
and it writes content like you see on the internet,
49:19.120 --> 49:21.960
you know, even down to like saying advertisement
49:21.960 --> 49:24.200
in the middle of some of its generations.
49:24.200 --> 49:26.200
And you think about the possibilities
49:26.200 --> 49:29.280
for generating fake news or abusive content.
49:29.280 --> 49:30.120
And, you know, it's interesting
49:30.120 --> 49:31.880
seeing what people have done with, you know,
49:31.880 --> 49:34.400
we released a smaller version of GPT2
49:34.400 --> 49:37.480
and the people have done things like try to generate,
49:37.480 --> 49:40.760
you know, take my own Facebook message history
49:40.760 --> 49:43.360
and generate more Facebook messages like me
49:43.360 --> 49:47.360
and people generating fake politician content
49:47.360 --> 49:49.520
or, you know, there's a bunch of things there
49:49.520 --> 49:51.920
where you at least have to think,
49:51.920 --> 49:54.720
is this going to be good for the world?
49:54.720 --> 49:56.320
There's the flip side, which is I think
49:56.320 --> 49:57.840
that there's a lot of awesome applications
49:57.840 --> 50:01.640
that we really want to see like creative applications
50:01.640 --> 50:04.000
in terms of if you have sci fi authors
50:04.000 --> 50:06.760
that can work with this tool and come with cool ideas,
50:06.760 --> 50:09.720
like that seems awesome if we can write better sci fi
50:09.720 --> 50:11.360
through the use of these tools.
50:11.360 --> 50:13.080
And we've actually had a bunch of people right into us
50:13.080 --> 50:16.160
asking, hey, can we use it for, you know,
50:16.160 --> 50:18.360
a variety of different creative applications?
50:18.360 --> 50:21.880
So the positive are actually pretty easy to imagine.
50:21.880 --> 50:26.880
There are, you know, the usual NLP applications
50:26.880 --> 50:30.960
that are really interesting, but let's go there.
50:30.960 --> 50:32.960
It's kind of interesting to think about a world
50:32.960 --> 50:37.960
where, look at Twitter, where not just fake news
50:37.960 --> 50:42.960
but smarter and smarter bots being able to spread
50:43.040 --> 50:47.400
in an interesting complex networking way in information
50:47.400 --> 50:50.800
that just floods out us regular human beings
50:50.800 --> 50:52.880
with our original thoughts.
50:52.880 --> 50:57.880
So what are your views of this world with GPT 20?
50:58.760 --> 51:01.600
Right, how do we think about, again,
51:01.600 --> 51:03.560
it's like one of those things about in the 50s
51:03.560 --> 51:08.560
trying to describe the internet or the smartphone.
51:08.720 --> 51:09.960
What do you think about that world,
51:09.960 --> 51:11.400
the nature of information?
51:12.920 --> 51:16.760
One possibility is that we'll always try to design systems
51:16.760 --> 51:19.680
that identify a robot versus human
51:19.680 --> 51:21.280
and we'll do so successfully.
51:21.280 --> 51:24.600
And so we'll authenticate that we're still human.
51:24.600 --> 51:27.520
And the other world is that we just accept the fact
51:27.520 --> 51:30.360
that we're swimming in a sea of fake news
51:30.360 --> 51:32.120
and just learn to swim there.
51:32.120 --> 51:34.800
Well, have you ever seen the, there's a, you know,
51:34.800 --> 51:39.800
popular meme of a robot with a physical arm and pen
51:41.520 --> 51:43.440
clicking the I'm not a robot button?
51:43.440 --> 51:44.280
Yeah.
51:44.280 --> 51:48.560
I think the truth is that really trying to distinguish
51:48.560 --> 51:52.160
between robot and human is a losing battle.
51:52.160 --> 51:53.800
Ultimately, you think it's a losing battle?
51:53.800 --> 51:55.520
I think it's a losing battle ultimately, right?
51:55.520 --> 51:57.800
I think that that is that in terms of the content,
51:57.800 --> 51:59.360
in terms of the actions that you can take.
51:59.360 --> 52:01.200
I mean, think about how captures have gone, right?
52:01.200 --> 52:02.920
The captures used to be a very nice, simple.
52:02.920 --> 52:06.320
You just have this image, all of our OCR is terrible.
52:06.320 --> 52:08.880
You put a couple of artifacts in it, you know,
52:08.880 --> 52:11.040
humans are gonna be able to tell what it is
52:11.040 --> 52:13.840
an AI system wouldn't be able to today.
52:13.840 --> 52:15.720
Like I could barely do captures.
52:15.720 --> 52:18.360
And I think that this is just kind of where we're going.
52:18.360 --> 52:20.400
I think captures where we're a moment in time thing.
52:20.400 --> 52:22.520
And as AI systems become more powerful,
52:22.520 --> 52:25.520
that there being human capabilities that can be measured
52:25.520 --> 52:29.360
in a very easy automated way that the AIs will not be
52:29.360 --> 52:31.120
capable of, I think that's just like,
52:31.120 --> 52:34.160
it's just an increasingly hard technical battle.
52:34.160 --> 52:36.240
But it's not that all hope is lost, right?
52:36.240 --> 52:39.760
And you think about how do we already authenticate
52:39.760 --> 52:40.600
ourselves, right?
52:40.600 --> 52:41.760
That, you know, we have systems.
52:41.760 --> 52:43.440
We have social security numbers.
52:43.440 --> 52:46.560
If you're in the U S or, you know, you have, you have,
52:46.560 --> 52:48.920
you know, ways of identifying individual people
52:48.920 --> 52:51.880
and having real world identity tied to digital identity
52:51.880 --> 52:54.880
seems like a step towards, you know,
52:54.880 --> 52:56.200
authenticating the source of content
52:56.200 --> 52:58.240
rather than the content itself.
52:58.240 --> 53:00.000
Now, there are problems with that.
53:00.000 --> 53:03.000
How can you have privacy and anonymity in a world
53:03.000 --> 53:05.440
where the only content you can really trust is,
53:05.440 --> 53:06.560
or the only way you can trust content
53:06.560 --> 53:08.560
is by looking at where it comes from.
53:08.560 --> 53:11.400
And so I think that building out good reputation networks
53:11.400 --> 53:14.080
maybe one possible solution.
53:14.080 --> 53:16.280
But yeah, I think that this question is not
53:16.280 --> 53:17.720
an obvious one.
53:17.720 --> 53:19.320
And I think that we, you know,
53:19.320 --> 53:20.880
maybe sooner than we think we'll be in a world
53:20.880 --> 53:23.800
where, you know, today I often will read a tweet
53:23.800 --> 53:25.960
and be like, do I feel like a real human wrote this?
53:25.960 --> 53:27.560
Or, you know, do I feel like this was like genuine?
53:27.560 --> 53:30.160
I feel like I can kind of judge the content a little bit.
53:30.160 --> 53:32.640
And I think in the future, it just won't be the case.
53:32.640 --> 53:36.880
You look at, for example, the FCC comments on net neutrality.
53:36.880 --> 53:39.880
It came out later that millions of those were auto generated
53:39.880 --> 53:41.960
and that the researchers were able to do various
53:41.960 --> 53:44.040
statistical techniques to do that.
53:44.040 --> 53:47.160
What do you do in a world where those statistical techniques
53:47.160 --> 53:48.000
don't exist?
53:48.000 --> 53:49.120
It's just impossible to tell the difference
53:49.120 --> 53:50.640
between humans and AI's.
53:50.640 --> 53:53.960
And in fact, the most persuasive arguments
53:53.960 --> 53:57.200
are written by AI, all that stuff.
53:57.200 --> 53:58.600
It's not sci fi anymore.
53:58.600 --> 54:01.320
You look at GPT2 making a great argument for why recycling
54:01.320 --> 54:02.560
is bad for the world.
54:02.560 --> 54:04.440
You got to read that and be like, huh, you're right.
54:04.440 --> 54:06.520
We are addressing just the symptoms.
54:06.520 --> 54:08.120
Yeah, that's quite interesting.
54:08.120 --> 54:11.320
I mean, ultimately it boils down to the physical world
54:11.320 --> 54:13.680
being the last frontier of proving.
54:13.680 --> 54:16.080
So you said like basically networks of people,
54:16.080 --> 54:19.400
humans vouching for humans in the physical world.
54:19.400 --> 54:22.960
And somehow the authentication ends there.
54:22.960 --> 54:24.560
I mean, if I had to ask you,
54:25.520 --> 54:28.160
I mean, you're way too eloquent for a human.
54:28.160 --> 54:31.240
So if I had to ask you to authenticate,
54:31.240 --> 54:33.120
like prove how do I know you're not a robot
54:33.120 --> 54:34.920
and how do you know I'm not a robot?
54:34.920 --> 54:35.760
Yeah.
54:35.760 --> 54:40.520
I think that's so far were in this space,
54:40.520 --> 54:42.120
this conversation we just had,
54:42.120 --> 54:44.000
the physical movements we did
54:44.000 --> 54:47.040
is the biggest gap between us and AI systems
54:47.040 --> 54:49.360
is the physical manipulation.
54:49.360 --> 54:51.280
So maybe that's the last frontier.
54:51.280 --> 54:53.040
Well, here's another question is,
54:53.040 --> 54:57.320
why is solving this problem important, right?
54:57.320 --> 54:59.080
Like what aspects are really important to us?
54:59.080 --> 55:01.200
And I think that probably where we'll end up
55:01.200 --> 55:03.600
is we'll hone in on what do we really want
55:03.600 --> 55:06.400
out of knowing if we're talking to a human.
55:06.400 --> 55:09.480
And I think that again, this comes down to identity.
55:09.480 --> 55:11.760
And so I think that the internet of the future,
55:11.760 --> 55:14.840
I expect to be one that will have lots of agents out there
55:14.840 --> 55:16.320
that will interact with you.
55:16.320 --> 55:17.880
But I think that the question of,
55:17.880 --> 55:21.520
is this real flesh and blood human
55:21.520 --> 55:23.800
or is this an automated system?
55:23.800 --> 55:25.800
May actually just be less important.
55:25.800 --> 55:27.360
Let's actually go there.
55:27.360 --> 55:32.360
It's GPT2 is impressive and let's look at GPT20.
55:32.440 --> 55:37.440
Why is it so bad that all my friends are GPT20?
55:37.440 --> 55:42.440
Why is it so important on the internet?
55:43.320 --> 55:47.360
Do you think to interact with only human beings?
55:47.360 --> 55:50.640
Why can't we live in a world where ideas can come
55:50.640 --> 55:52.960
from models trained on human data?
55:52.960 --> 55:55.720
Yeah, I think this is actually a really interesting question.
55:55.720 --> 55:56.560
This comes back to the,
55:56.560 --> 55:59.560
how do you even picture a world with some new technology?
55:59.560 --> 56:02.080
And I think that one thing that I think is important
56:02.080 --> 56:04.760
is, you know, let's say honesty.
56:04.760 --> 56:07.520
And I think that if you have, you know, almost in the
56:07.520 --> 56:11.120
Turing test style sense of technology,
56:11.120 --> 56:13.200
you have AIs that are pretending to be humans
56:13.200 --> 56:15.800
and deceiving you, I think that is, you know,
56:15.800 --> 56:17.560
that feels like a bad thing, right?
56:17.560 --> 56:19.720
I think that it's really important that we feel like
56:19.720 --> 56:21.280
we're in control of our environment, right?
56:21.280 --> 56:23.400
That we understand who we're interacting with.
56:23.400 --> 56:25.880
And if it's an AI or a human,
56:25.880 --> 56:28.680
that that's not something that we're being deceived about.
56:28.680 --> 56:30.240
But I think that the flip side of,
56:30.240 --> 56:32.680
can I have as meaningful of an interaction with an AI
56:32.680 --> 56:34.240
as I can with a human?
56:34.240 --> 56:36.880
Well, I actually think here you can turn to sci fi.
56:36.880 --> 56:40.040
And her, I think is a great example of asking this very
56:40.040 --> 56:40.880
question, right?
56:40.880 --> 56:42.800
And one thing I really love about her is it really starts
56:42.800 --> 56:45.800
out almost by asking how meaningful are human
56:45.800 --> 56:47.280
virtual relationships, right?
56:47.280 --> 56:51.200
And then you have a human who has a relationship with an AI
56:51.200 --> 56:54.320
and that you really start to be drawn into that, right?
56:54.320 --> 56:56.960
And that all of your emotional buttons get triggered
56:56.960 --> 56:59.000
in the same way as if there was a real human that was on
56:59.000 --> 57:00.400
the other side of that phone.
57:00.400 --> 57:03.800
And so I think that this is one way of thinking about it,
57:03.800 --> 57:07.160
is that I think that we can have meaningful interactions
57:07.160 --> 57:09.720
and that if there's a funny joke,
57:09.720 --> 57:11.320
some sense it doesn't really matter if it was written
57:11.320 --> 57:14.600
by a human or an AI, but what you don't want in a way
57:14.600 --> 57:17.360
where I think we should really draw hard lines is deception.
57:17.360 --> 57:20.200
And I think that as long as we're in a world where,
57:20.200 --> 57:22.640
you know, why do we build AI systems at all, right?
57:22.640 --> 57:25.000
The reason we want to build them is to enhance human lives,
57:25.000 --> 57:26.680
to make humans be able to do more things,
57:26.680 --> 57:29.040
to have humans feel more fulfilled.
57:29.040 --> 57:32.040
And if we can build AI systems that do that,
57:32.040 --> 57:33.200
you know, sign me up.
57:33.200 --> 57:35.160
So the process of language modeling,
57:37.120 --> 57:38.760
how far do you think it take us?
57:38.760 --> 57:40.680
Let's look at movie HER.
57:40.680 --> 57:45.040
Do you think a dialogue, natural language conversation
57:45.040 --> 57:47.840
is formulated by the Turing test, for example,
57:47.840 --> 57:50.760
do you think that process could be achieved through
57:50.760 --> 57:53.160
this kind of unsupervised language modeling?
57:53.160 --> 57:56.960
So I think the Turing test in its real form
57:56.960 --> 57:58.680
isn't just about language, right?
57:58.680 --> 58:00.560
It's really about reasoning too, right?
58:00.560 --> 58:01.920
That to really pass the Turing test,
58:01.920 --> 58:03.880
I should be able to teach calculus
58:03.880 --> 58:05.520
to whoever's on the other side
58:05.520 --> 58:07.480
and have it really understand calculus
58:07.480 --> 58:09.320
and be able to, you know, go and solve
58:09.320 --> 58:11.280
new calculus problems.
58:11.280 --> 58:13.960
And so I think that to really solve the Turing test,
58:13.960 --> 58:16.440
we need more than what we're seeing with language models.
58:16.440 --> 58:18.720
We need some way of plugging in reasoning.
58:18.720 --> 58:22.400
Now, how different will that be from what we already do?
58:22.400 --> 58:23.880
That's an open question, right?
58:23.880 --> 58:25.480
It might be that we need some sequence
58:25.480 --> 58:27.200
of totally radical new ideas,
58:27.200 --> 58:29.560
or it might be that we just need to kind of shape
58:29.560 --> 58:31.920
our existing systems in a slightly different way.
58:33.040 --> 58:34.640
But I think that in terms of how far
58:34.640 --> 58:35.920
language modeling will go,
58:35.920 --> 58:37.520
it's already gone way further
58:37.520 --> 58:39.760
than many people would have expected, right?
58:39.760 --> 58:40.960
I think that things like,
58:40.960 --> 58:42.720
and I think there's a lot of really interesting angles
58:42.720 --> 58:45.920
to poke in terms of how much does GPT2
58:45.920 --> 58:47.880
understand physical world?
58:47.880 --> 58:49.360
Like, you know, you read a little bit
58:49.360 --> 58:52.360
about fire underwater in GPT2.
58:52.360 --> 58:54.200
So it's like, okay, maybe it doesn't quite understand
58:54.200 --> 58:55.680
what these things are.
58:55.680 --> 58:58.560
But at the same time, I think that you also see
58:58.560 --> 59:00.640
various things like smoke coming from flame,
59:00.640 --> 59:02.680
and you know, a bunch of these things that GPT2,
59:02.680 --> 59:04.880
it has no body, it has no physical experience,
59:04.880 --> 59:07.280
it's just statically read data.
59:07.280 --> 59:11.680
And I think that if the answer is like,
59:11.680 --> 59:14.600
we don't know yet, and these questions though,
59:14.600 --> 59:16.240
we're starting to be able to actually ask them
59:16.240 --> 59:18.720
to physical systems, to real systems that exist,
59:18.720 --> 59:19.880
and that's very exciting.
59:19.880 --> 59:21.160
Do you think, what's your intuition?
59:21.160 --> 59:24.040
Do you think if you just scale language modeling,
59:24.040 --> 59:29.040
like significantly scale, that reasoning can emerge
59:29.320 --> 59:31.320
from the same exact mechanisms?
59:31.320 --> 59:34.960
I think it's unlikely that if we just scale GPT2,
59:34.960 --> 59:38.600
that we'll have reasoning in the full fledged way.
59:38.600 --> 59:39.760
And I think that there's like,
59:39.760 --> 59:41.520
the type signature is a little bit wrong, right?
59:41.520 --> 59:44.560
That like, there's something we do with,
59:44.560 --> 59:45.800
that we call thinking, right?
59:45.800 --> 59:47.640
Where we spend a lot of compute,
59:47.640 --> 59:49.160
like a variable amount of compute
59:49.160 --> 59:50.680
to get to better answers, right?
59:50.680 --> 59:53.040
I think a little bit harder, I get a better answer.
59:53.040 --> 59:55.160
And that that kind of type signature
59:55.160 --> 59:58.880
isn't quite encoded in a GPT, right?
59:58.880 --> 1:00:01.880
GPT will kind of like, it's spent a long time
1:00:01.880 --> 1:00:03.640
in it's like evolutionary history,
1:00:03.640 --> 1:00:04.680
baking and all this information,
1:00:04.680 --> 1:00:07.000
getting very, very good at this predictive process.
1:00:07.000 --> 1:00:10.320
And then at runtime, I just kind of do one forward pass
1:00:10.320 --> 1:00:13.240
and am able to generate stuff.
1:00:13.240 --> 1:00:15.560
And so, there might be small tweaks
1:00:15.560 --> 1:00:18.040
to what we do in order to get the type signature, right?
1:00:18.040 --> 1:00:21.040
For example, well, it's not really one forward pass, right?
1:00:21.040 --> 1:00:22.640
You generate symbol by symbol.
1:00:22.640 --> 1:00:25.560
And so, maybe you generate like a whole sequence of thoughts
1:00:25.560 --> 1:00:28.200
and you only keep like the last bit or something.
1:00:28.200 --> 1:00:29.840
But I think that at the very least,
1:00:29.840 --> 1:00:32.160
I would expect you have to make changes like that.
1:00:32.160 --> 1:00:35.520
Yeah, just exactly how we, you said think
1:00:35.520 --> 1:00:38.400
is the process of generating thought by thought
1:00:38.400 --> 1:00:40.360
in the same kind of way, like you said,
1:00:40.360 --> 1:00:43.640
keep the last bit, the thing that we converge towards.
1:00:45.000 --> 1:00:47.280
And I think there's another piece which is interesting,
1:00:47.280 --> 1:00:50.240
which is this out of distribution generalization, right?
1:00:50.240 --> 1:00:52.600
That like thinking somehow lets us do that, right?
1:00:52.600 --> 1:00:54.400
That we have an experience of thing
1:00:54.400 --> 1:00:56.080
and yet somehow we just kind of keep refining
1:00:56.080 --> 1:00:58.040
our mental model of it.
1:00:58.040 --> 1:01:01.160
This is again, something that feels tied to
1:01:01.160 --> 1:01:03.360
whatever reasoning is.
1:01:03.360 --> 1:01:05.720
And maybe it's a small tweak to what we do.
1:01:05.720 --> 1:01:08.080
Maybe it's many ideas and we'll take as many decades.
1:01:08.080 --> 1:01:11.920
Yeah, so the assumption there, generalization
1:01:11.920 --> 1:01:14.160
out of distribution is that it's possible
1:01:14.160 --> 1:01:16.880
to create new ideas.
1:01:18.160 --> 1:01:20.840
It's possible that nobody's ever created any new ideas.
1:01:20.840 --> 1:01:25.360
And then with scaling GPT2 to GPT20,
1:01:25.360 --> 1:01:30.360
you would essentially generalize to all possible thoughts
1:01:30.520 --> 1:01:34.200
as humans can have, just to play devil's advocate.
1:01:34.200 --> 1:01:37.280
Right, I mean, how many new story ideas
1:01:37.280 --> 1:01:39.120
have we come up with since Shakespeare, right?
1:01:39.120 --> 1:01:40.160
Yeah, exactly.
1:01:41.600 --> 1:01:44.680
It's just all different forms of love and drama and so on.
1:01:44.680 --> 1:01:45.800
Okay.
1:01:45.800 --> 1:01:47.520
Not sure if you read Biddle Lesson,
1:01:47.520 --> 1:01:49.400
a recent blog post by Rich Sutton.
1:01:49.400 --> 1:01:50.880
Yep, I have.
1:01:50.880 --> 1:01:53.720
He basically says something that echoes
1:01:53.720 --> 1:01:55.480
some of the ideas that you've been talking about,
1:01:55.480 --> 1:01:58.320
which is, he says the biggest lesson
1:01:58.320 --> 1:02:00.680
that can be read from 70 years of AI research
1:02:00.680 --> 1:02:03.880
is that general methods that leverage computation
1:02:03.880 --> 1:02:07.920
are ultimately going to ultimately win out.
1:02:07.920 --> 1:02:08.960
Do you agree with this?
1:02:08.960 --> 1:02:13.520
So basically open AI in general about the ideas
1:02:13.520 --> 1:02:15.880
you're exploring about coming up with methods,
1:02:15.880 --> 1:02:20.120
whether it's GPT2 modeling or whether it's open AI5,
1:02:20.120 --> 1:02:23.160
playing Dota, where a general method
1:02:23.160 --> 1:02:27.160
is better than a more fine tuned, expert tuned method.
1:02:29.760 --> 1:02:32.200
Yeah, so I think that, well, one thing that I think
1:02:32.200 --> 1:02:33.800
was really interesting about the reaction
1:02:33.800 --> 1:02:36.480
to that blog post was that a lot of people have read this
1:02:36.480 --> 1:02:39.440
as saying that compute is all that matters.
1:02:39.440 --> 1:02:41.360
And that's a very threatening idea, right?
1:02:41.360 --> 1:02:43.720
And I don't think it's a true idea either, right?
1:02:43.720 --> 1:02:45.800
It's very clear that we have algorithmic ideas
1:02:45.800 --> 1:02:47.920
that have been very important for making progress.
1:02:47.920 --> 1:02:50.720
And to really build AI, you wanna push as far as you can
1:02:50.720 --> 1:02:52.760
on the computational scale, and you wanna push
1:02:52.760 --> 1:02:55.520
as far as you can on human ingenuity.
1:02:55.520 --> 1:02:57.040
And so I think you need both.
1:02:57.040 --> 1:02:58.320
But I think the way that you phrase the question
1:02:58.320 --> 1:02:59.640
is actually very good, right?
1:02:59.640 --> 1:03:02.200
That it's really about what kind of ideas
1:03:02.200 --> 1:03:04.040
should we be striving for?
1:03:04.040 --> 1:03:07.600
And absolutely, if you can find a scalable idea,
1:03:07.600 --> 1:03:08.640
you pour more compute into it,
1:03:08.640 --> 1:03:11.400
you pour more data into it, it gets better.
1:03:11.400 --> 1:03:13.800
Like that's the real Holy Grail.
1:03:13.800 --> 1:03:16.600
And so I think that the answer to the question,
1:03:16.600 --> 1:03:19.920
I think is yes, that's really how we think about it.
1:03:19.920 --> 1:03:22.760
And that part of why we're excited about the power
1:03:22.760 --> 1:03:25.320
of deep learning and the potential for building AGI
1:03:25.320 --> 1:03:27.600
is because we look at the systems that exist
1:03:27.600 --> 1:03:29.720
in the most successful AI systems,
1:03:29.720 --> 1:03:32.680
and we realize that you scale those up,
1:03:32.680 --> 1:03:34.000
they're gonna work better.
1:03:34.000 --> 1:03:36.320
And I think that that scalability is something
1:03:36.320 --> 1:03:37.160
that really gives us hope
1:03:37.160 --> 1:03:39.600
for being able to build transformative systems.
1:03:39.600 --> 1:03:43.240
So I'll tell you, this is partially an emotional,
1:03:43.240 --> 1:03:45.760
you know, a thing that a response that people often have,
1:03:45.760 --> 1:03:49.280
if compute is so important for state of the art performance,
1:03:49.280 --> 1:03:50.760
you know, individual developers,
1:03:50.760 --> 1:03:52.960
maybe a 13 year old sitting somewhere in Kansas
1:03:52.960 --> 1:03:55.040
or something like that, you know, they're sitting,
1:03:55.040 --> 1:03:56.760
they might not even have a GPU
1:03:56.760 --> 1:04:00.080
and or may have a single GPU, a 1080 or something like that.
1:04:00.080 --> 1:04:02.640
And there's this feeling like, well,
1:04:02.640 --> 1:04:07.280
how can I possibly compete or contribute to this world of AI
1:04:07.280 --> 1:04:09.840
if scale is so important?
1:04:09.840 --> 1:04:11.920
So if you can comment on that,
1:04:11.920 --> 1:04:14.320
and in general, do you think we need to also
1:04:14.320 --> 1:04:18.800
in the future focus on democratizing compute resources
1:04:18.800 --> 1:04:22.680
more or as much as we democratize the algorithms?
1:04:22.680 --> 1:04:23.960
Well, so the way that I think about it
1:04:23.960 --> 1:04:28.880
is that there's this space of possible progress, right?
1:04:28.880 --> 1:04:30.920
There's a space of ideas and sort of systems
1:04:30.920 --> 1:04:32.960
that will work, that will move us forward.
1:04:32.960 --> 1:04:34.840
And there's a portion of that space,
1:04:34.840 --> 1:04:35.760
and to some extent,
1:04:35.760 --> 1:04:37.960
an increasingly significant portion of that space
1:04:37.960 --> 1:04:41.080
that does just require massive compute resources.
1:04:41.080 --> 1:04:44.760
And for that, I think that the answer is kind of clear
1:04:44.760 --> 1:04:47.960
and that part of why we have the structure that we do
1:04:47.960 --> 1:04:49.640
is because we think it's really important
1:04:49.640 --> 1:04:50.600
to be pushing the scale
1:04:50.600 --> 1:04:53.840
and to be building these large clusters and systems.
1:04:53.840 --> 1:04:55.920
But there's another portion of the space
1:04:55.920 --> 1:04:57.880
that isn't about the large scale compute,
1:04:57.880 --> 1:04:59.960
that are these ideas that, and again,
1:04:59.960 --> 1:05:02.200
I think that for the ideas to really be impactful
1:05:02.200 --> 1:05:04.200
and really shine, that they should be ideas
1:05:04.200 --> 1:05:05.840
that if you scale them up,
1:05:05.840 --> 1:05:08.840
would work way better than they do at small scale.
1:05:08.840 --> 1:05:11.160
But you can discover them without massive
1:05:11.160 --> 1:05:12.760
computational resources.
1:05:12.760 --> 1:05:15.200
And if you look at the history of recent developments,
1:05:15.200 --> 1:05:17.680
you think about things like the GAN or the VAE,
1:05:17.680 --> 1:05:20.920
that these are ones that I think you could come up with them
1:05:20.920 --> 1:05:22.720
without having, and in practice,
1:05:22.720 --> 1:05:24.520
people did come up with them without having
1:05:24.520 --> 1:05:26.560
massive, massive computational resources.
1:05:26.560 --> 1:05:28.000
Right, I just talked to Ian Goodfellow,
1:05:28.000 --> 1:05:31.600
but the thing is the initial GAN
1:05:31.600 --> 1:05:34.200
produced pretty terrible results, right?
1:05:34.200 --> 1:05:36.880
So only because it was in a very specific,
1:05:36.880 --> 1:05:38.640
only because they're smart enough to know
1:05:38.640 --> 1:05:41.520
that this is quite surprising to generate anything
1:05:41.520 --> 1:05:43.160
that they know.
1:05:43.160 --> 1:05:46.040
Do you see a world, or is that too optimistic and dreamer,
1:05:46.040 --> 1:05:49.760
like, to imagine that the compute resources
1:05:49.760 --> 1:05:52.200
are something that's owned by governments
1:05:52.200 --> 1:05:55.040
and provided as a utility?
1:05:55.040 --> 1:05:57.120
Actually, to some extent, this question reminds me
1:05:57.120 --> 1:06:00.280
of a blog post from one of my former professors
1:06:00.280 --> 1:06:02.440
at Harvard, this guy, Matt Welch,
1:06:02.440 --> 1:06:03.760
who was a systems professor.
1:06:03.760 --> 1:06:05.280
I remember sitting in his tenure talk, right,
1:06:05.280 --> 1:06:08.800
and that he had literally just gotten tenure.
1:06:08.800 --> 1:06:10.960
He went to Google for the summer,
1:06:10.960 --> 1:06:15.680
and then decided he wasn't going back to academia, right?
1:06:15.680 --> 1:06:17.760
And kind of in his blog post, he makes this point
1:06:17.760 --> 1:06:20.800
that, look, as a systems researcher,
1:06:20.800 --> 1:06:23.040
that I come up with these cool system ideas,
1:06:23.040 --> 1:06:25.080
right, and kind of build a little proof of concept,
1:06:25.080 --> 1:06:27.080
and the best thing I could hope for
1:06:27.080 --> 1:06:30.120
is that the people at Google or Yahoo,
1:06:30.120 --> 1:06:32.600
which was around at the time,
1:06:32.600 --> 1:06:35.400
will implement it and actually make it work at scale, right?
1:06:35.400 --> 1:06:36.640
That's like the dream for me, right?
1:06:36.640 --> 1:06:38.000
I build the little thing, and they turn it into
1:06:38.000 --> 1:06:40.000
the big thing that's actually working.
1:06:40.000 --> 1:06:43.360
And for him, he said, I'm done with that.
1:06:43.360 --> 1:06:45.320
I want to be the person who's actually doing
1:06:45.320 --> 1:06:47.200
building and deploying.
1:06:47.200 --> 1:06:49.560
And I think that there's a similar dichotomy here, right?
1:06:49.560 --> 1:06:52.400
I think that there are people who really actually
1:06:52.400 --> 1:06:55.240
find value, and I think it is a valuable thing to do,
1:06:55.240 --> 1:06:57.440
to be the person who produces those ideas, right,
1:06:57.440 --> 1:06:58.840
who builds the proof of concept.
1:06:58.840 --> 1:07:00.600
And yeah, you don't get to generate
1:07:00.600 --> 1:07:02.760
the coolest possible GAN images,
1:07:02.760 --> 1:07:04.480
but you invented the GAN, right?
1:07:04.480 --> 1:07:07.560
And so there's a real trade off there.
1:07:07.560 --> 1:07:09.040
And I think that that's a very personal choice,
1:07:09.040 --> 1:07:10.840
but I think there's value in both sides.
1:07:10.840 --> 1:07:14.600
So do you think creating AGI, something,
1:07:14.600 --> 1:07:19.600
or some new models, we would see echoes of the brilliance
1:07:20.440 --> 1:07:22.240
even at the prototype level.
1:07:22.240 --> 1:07:24.080
So you would be able to develop those ideas
1:07:24.080 --> 1:07:27.240
without scale, the initial seeds.
1:07:27.240 --> 1:07:30.680
So take a look at, I always like to look at examples
1:07:30.680 --> 1:07:32.680
that exist, right, look at real precedent.
1:07:32.680 --> 1:07:36.240
And so take a look at the June 2018 model
1:07:36.240 --> 1:07:39.200
that we released that we scaled up to turn to GPT2.
1:07:39.200 --> 1:07:41.280
And you can see that at small scale,
1:07:41.280 --> 1:07:42.800
it set some records, right?
1:07:42.800 --> 1:07:44.800
This was the original GPT.
1:07:44.800 --> 1:07:46.840
We actually had some cool generations.
1:07:46.840 --> 1:07:49.840
They weren't nearly as amazing and really stunning
1:07:49.840 --> 1:07:52.000
as the GPT2 ones, but it was promising.
1:07:52.000 --> 1:07:53.040
It was interesting.
1:07:53.040 --> 1:07:55.280
And so I think it is the case that with a lot
1:07:55.280 --> 1:07:58.280
of these ideas that you see promise at small scale,
1:07:58.280 --> 1:08:00.800
but there isn't an asterisk here, a very big asterisk,
1:08:00.800 --> 1:08:05.240
which is sometimes we see behaviors that emerge
1:08:05.240 --> 1:08:07.280
that are qualitatively different
1:08:07.280 --> 1:08:09.080
from anything we saw at small scale.
1:08:09.080 --> 1:08:12.600
And that the original inventor of whatever algorithm
1:08:12.600 --> 1:08:15.520
looks at and says, I didn't think it could do that.
1:08:15.520 --> 1:08:17.400
This is what we saw in Dota, right?
1:08:17.400 --> 1:08:19.320
So PPO was created by John Shulman,
1:08:19.320 --> 1:08:20.560
who's a researcher here.
1:08:20.560 --> 1:08:24.680
And with Dota, we basically just ran PPO
1:08:24.680 --> 1:08:26.520
at massive, massive scale.
1:08:26.520 --> 1:08:29.120
And there's some tweaks in order to make it work,
1:08:29.120 --> 1:08:31.520
but fundamentally it's PPO at the core.
1:08:31.520 --> 1:08:35.280
And we were able to get this longterm planning,
1:08:35.280 --> 1:08:38.680
these behaviors to really play out on a time scale
1:08:38.680 --> 1:08:40.760
that we just thought was not possible.
1:08:40.760 --> 1:08:42.680
And John looked at that and was like,
1:08:42.680 --> 1:08:44.240
I didn't think it could do that.
1:08:44.240 --> 1:08:45.480
That's what happens when you're at three orders
1:08:45.480 --> 1:08:48.400
of magnitude more scale than you tested at.
1:08:48.400 --> 1:08:50.600
Yeah, but it still has the same flavors of,
1:08:50.600 --> 1:08:55.600
you know, at least echoes of the expected billions.
1:08:56.000 --> 1:08:57.880
Although I suspect with GPT,
1:08:57.880 --> 1:09:01.800
it's scaled more and more, you might get surprising things.
1:09:01.800 --> 1:09:03.200
So yeah, you're right.
1:09:03.200 --> 1:09:06.360
It's interesting that it's difficult to see
1:09:06.360 --> 1:09:09.320
how far an idea will go when it's scaled.
1:09:09.320 --> 1:09:11.080
It's an open question.
1:09:11.080 --> 1:09:13.080
Well, so to that point with Dota and PPO,
1:09:13.080 --> 1:09:15.040
like I mean, here's a very concrete one, right?
1:09:15.040 --> 1:09:16.680
It's like, it's actually one thing
1:09:16.680 --> 1:09:17.720
that's very surprising about Dota
1:09:17.720 --> 1:09:20.400
that I think people don't really pay that much attention to.
1:09:20.400 --> 1:09:22.360
Is the decree of generalization
1:09:22.360 --> 1:09:24.560
out of distribution that happens, right?
1:09:24.560 --> 1:09:26.320
That you have this AI that's trained
1:09:26.320 --> 1:09:28.880
against other bots for its entirety,
1:09:28.880 --> 1:09:30.360
the entirety of its existence.
1:09:30.360 --> 1:09:31.440
Sorry to take a step back.
1:09:31.440 --> 1:09:36.440
Can you talk through, you know, a story of Dota,
1:09:37.240 --> 1:09:42.040
a story of leading up to opening I5 and that past,
1:09:42.040 --> 1:09:43.920
and what was the process of self playing
1:09:43.920 --> 1:09:45.440
and so on of training on this?
1:09:45.440 --> 1:09:46.280
Yeah, yeah, yeah.
1:09:46.280 --> 1:09:47.120
So with Dota.
1:09:47.120 --> 1:09:47.960
What is Dota?
1:09:47.960 --> 1:09:50.000
Dota is a complex video game
1:09:50.000 --> 1:09:51.320
and we started training,
1:09:51.320 --> 1:09:52.720
we started trying to solve Dota
1:09:52.720 --> 1:09:55.680
because we felt like this was a step towards the real world
1:09:55.680 --> 1:09:58.040
relative to other games like Chess or Go, right?
1:09:58.040 --> 1:09:59.160
Those very cerebral games
1:09:59.160 --> 1:10:00.480
where you just kind of have this board
1:10:00.480 --> 1:10:01.880
of very discreet moves.
1:10:01.880 --> 1:10:04.040
Dota starts to be much more continuous time.
1:10:04.040 --> 1:10:06.200
So you have this huge variety of different actions
1:10:06.200 --> 1:10:07.680
that you have a 45 minute game
1:10:07.680 --> 1:10:09.360
with all these different units
1:10:09.360 --> 1:10:11.840
and it's got a lot of messiness to it
1:10:11.840 --> 1:10:14.480
that really hasn't been captured by previous games.
1:10:14.480 --> 1:10:17.320
And famously all of the hard coded bots for Dota
1:10:17.320 --> 1:10:18.400
were terrible, right?
1:10:18.400 --> 1:10:19.920
It's just impossible to write anything good for it
1:10:19.920 --> 1:10:21.240
because it's so complex.
1:10:21.240 --> 1:10:23.280
And so this seemed like a really good place
1:10:23.280 --> 1:10:25.240
to push what's the state of the art
1:10:25.240 --> 1:10:26.800
in reinforcement learning.
1:10:26.800 --> 1:10:29.000
And so we started by focusing on the one versus one
1:10:29.000 --> 1:10:32.360
version of the game and we're able to solve that.
1:10:32.360 --> 1:10:33.880
We're able to beat the world champions
1:10:33.880 --> 1:10:37.240
and the learning, the skill curve
1:10:37.240 --> 1:10:38.960
was this crazy exponential, right?
1:10:38.960 --> 1:10:41.000
It was like constantly we were just scaling up,
1:10:41.000 --> 1:10:43.240
that we were fixing bugs and that you look
1:10:43.240 --> 1:10:46.600
at the skill curve and it was really a very, very smooth one.
1:10:46.600 --> 1:10:47.440
So it's actually really interesting
1:10:47.440 --> 1:10:50.000
to see how that like human iteration loop
1:10:50.000 --> 1:10:52.680
yielded very steady exponential progress.
1:10:52.680 --> 1:10:55.160
And to one side note, first of all,
1:10:55.160 --> 1:10:57.080
it's an exceptionally popular video game.
1:10:57.080 --> 1:10:59.400
The side effect is that there's a lot
1:10:59.400 --> 1:11:01.920
of incredible human experts at that video game.
1:11:01.920 --> 1:11:05.200
So the benchmark that you're trying to reach is very high.
1:11:05.200 --> 1:11:07.840
And the other, can you talk about the approach
1:11:07.840 --> 1:11:10.600
that was used initially and throughout training
1:11:10.600 --> 1:11:12.040
these agents to play this game?
1:11:12.040 --> 1:11:12.880
Yep.
1:11:12.880 --> 1:11:14.400
And so the approach that we used is self play.
1:11:14.400 --> 1:11:17.320
And so you have two agents that don't know anything.
1:11:17.320 --> 1:11:18.640
They battle each other,
1:11:18.640 --> 1:11:20.760
they discover something a little bit good
1:11:20.760 --> 1:11:22.000
and now they both know it.
1:11:22.000 --> 1:11:24.520
And they just get better and better and better without bound.
1:11:24.520 --> 1:11:27.040
And that's a really powerful idea, right?
1:11:27.040 --> 1:11:30.160
That we then went from the one versus one version
1:11:30.160 --> 1:11:32.400
of the game and scaled up to five versus five, right?
1:11:32.400 --> 1:11:34.280
So you think about kind of like with basketball
1:11:34.280 --> 1:11:35.440
where you have this like team sport
1:11:35.440 --> 1:11:37.640
and you need to do all this coordination
1:11:37.640 --> 1:11:40.920
and we were able to push the same idea,
1:11:40.920 --> 1:11:45.920
the same self play to really get to the professional level
1:11:45.920 --> 1:11:48.880
at the full five versus five version of the game.
1:11:48.880 --> 1:11:52.400
And the things that I think are really interesting here
1:11:52.400 --> 1:11:54.760
is that these agents in some ways
1:11:54.760 --> 1:11:56.760
they're almost like an insect like intelligence, right?
1:11:56.760 --> 1:11:59.920
Where they have a lot in common with how an insect is trained,
1:11:59.920 --> 1:12:00.760
right?
1:12:00.760 --> 1:12:02.640
An insect kind of lives in this environment for a very long time
1:12:02.640 --> 1:12:05.280
or the ancestors of this insect have been around
1:12:05.280 --> 1:12:07.000
for a long time and had a lot of experience.
1:12:07.000 --> 1:12:09.680
I think it's baked into this agent.
1:12:09.680 --> 1:12:12.720
And it's not really smart in the sense of a human, right?
1:12:12.720 --> 1:12:14.560
It's not able to go and learn calculus,
1:12:14.560 --> 1:12:17.000
but it's able to navigate its environment extremely well.
1:12:17.000 --> 1:12:18.480
And it's able to handle unexpected things
1:12:18.480 --> 1:12:22.080
in the environment that's never seen before, pretty well.
1:12:22.080 --> 1:12:24.800
And we see the same sort of thing with our Dota bots, right?
1:12:24.800 --> 1:12:26.720
That they're able to, within this game,
1:12:26.720 --> 1:12:28.440
they're able to play against humans,
1:12:28.440 --> 1:12:30.000
which is something that never existed
1:12:30.000 --> 1:12:31.360
in its evolutionary environment.
1:12:31.360 --> 1:12:34.400
Totally different play styles from humans versus the bots.
1:12:34.400 --> 1:12:37.200
And yet it's able to handle it extremely well.
1:12:37.200 --> 1:12:40.400
And that's something that I think was very surprising to us
1:12:40.400 --> 1:12:43.440
was something that doesn't really emerge
1:12:43.440 --> 1:12:47.200
from what we've seen with PPO at smaller scale, right?
1:12:47.200 --> 1:12:48.560
And the kind of scale we're running this stuff at
1:12:48.560 --> 1:12:51.920
was I could take 100,000 CPU cores,
1:12:51.920 --> 1:12:54.040
running with like hundreds of GPUs.
1:12:54.040 --> 1:12:59.040
It was probably about something like hundreds of years
1:12:59.040 --> 1:13:03.800
of experience going into this bot every single real day.
1:13:03.800 --> 1:13:06.200
And so that scale is massive.
1:13:06.200 --> 1:13:08.400
And we start to see very different kinds of behaviors
1:13:08.400 --> 1:13:10.760
out of the algorithms that we all know and love.
1:13:10.760 --> 1:13:15.160
Dota, you mentioned, beat the world expert 1v1.
1:13:15.160 --> 1:13:21.160
And then you weren't able to win 5v5 this year
1:13:21.160 --> 1:13:24.080
at the best players in the world.
1:13:24.080 --> 1:13:26.640
So what's the comeback story?
1:13:26.640 --> 1:13:27.680
First of all, talk through that.
1:13:27.680 --> 1:13:29.480
That was an exceptionally exciting event.
1:13:29.480 --> 1:13:33.160
And what's the following months in this year look like?
1:13:33.160 --> 1:13:33.760
Yeah, yeah.
1:13:33.760 --> 1:13:38.640
So one thing that's interesting is that we lose all the time.
1:13:38.640 --> 1:13:40.040
Because we play here.
1:13:40.040 --> 1:13:42.840
So the Dota team at OpenAI, we play the bot
1:13:42.840 --> 1:13:45.800
against better players than our system all the time.
1:13:45.800 --> 1:13:47.400
Or at least we used to, right?
1:13:47.400 --> 1:13:50.680
Like the first time we lost publicly was we went up
1:13:50.680 --> 1:13:53.480
on stage at the international and we played against some
1:13:53.480 --> 1:13:54.800
of the best teams in the world.
1:13:54.800 --> 1:13:56.320
And we ended up losing both games.
1:13:56.320 --> 1:13:58.520
But we give them a run for their money, right?
1:13:58.520 --> 1:14:01.440
That both games were kind of 30 minutes, 25 minutes.
1:14:01.440 --> 1:14:04.200
And they went back and forth, back and forth, back and forth.
1:14:04.200 --> 1:14:06.360
And so I think that really shows that we're
1:14:06.360 --> 1:14:08.280
at the professional level.
1:14:08.280 --> 1:14:09.640
And that kind of looking at those games,
1:14:09.640 --> 1:14:12.280
we think that the coin could have gone a different direction
1:14:12.280 --> 1:14:13.560
and we could have had some wins.
1:14:13.560 --> 1:14:16.200
And so that was actually very encouraging for us.
1:14:16.200 --> 1:14:18.360
And you know, it's interesting because the international was
1:14:18.360 --> 1:14:19.720
at a fixed time, right?
1:14:19.720 --> 1:14:22.680
So we knew exactly what day we were going to be playing.
1:14:22.680 --> 1:14:25.480
And we pushed as far as we could, as fast as we could.
1:14:25.480 --> 1:14:28.040
Two weeks later, we had a bot that had an 80% win rate
1:14:28.040 --> 1:14:30.120
versus the one that played at TI.
1:14:30.120 --> 1:14:31.720
So the March of Progress, you know,
1:14:31.720 --> 1:14:33.480
that you should think of as a snapshot rather
1:14:33.480 --> 1:14:34.920
than as an end state.
1:14:34.920 --> 1:14:39.000
And so in fact, we'll be announcing our finals pretty soon.
1:14:39.000 --> 1:14:42.760
I actually think that we'll announce our final match
1:14:42.760 --> 1:14:45.240
prior to this podcast being released.
1:14:45.240 --> 1:14:49.240
So there should be, we'll be playing against the world
1:14:49.240 --> 1:14:49.720
champions.
1:14:49.720 --> 1:14:52.520
And you know, for us, it's really less about,
1:14:52.520 --> 1:14:55.400
like the way that we think about what's upcoming
1:14:55.400 --> 1:14:59.000
is the final milestone, the final competitive milestone
1:14:59.000 --> 1:15:00.280
for the project, right?
1:15:00.280 --> 1:15:02.760
That our goal in all of this isn't really
1:15:02.760 --> 1:15:05.160
about beating humans at Dota.
1:15:05.160 --> 1:15:06.760
Our goal is to push the state of the art
1:15:06.760 --> 1:15:07.800
in reinforcement learning.
1:15:07.800 --> 1:15:08.920
And we've done that, right?
1:15:08.920 --> 1:15:10.680
And we've actually learned a lot from our system
1:15:10.680 --> 1:15:13.320
and that we have, you know, I think a lot of exciting
1:15:13.320 --> 1:15:14.680
next steps that we want to take.
1:15:14.680 --> 1:15:16.440
And so, you know, kind of the final showcase
1:15:16.440 --> 1:15:18.760
of what we built, we're going to do this match.
1:15:18.760 --> 1:15:21.240
But for us, it's not really the success or failure
1:15:21.240 --> 1:15:23.800
to see, you know, do we have the coin flip go
1:15:23.800 --> 1:15:24.840
in our direction or against.
1:15:25.880 --> 1:15:28.680
Where do you see the field of deep learning
1:15:28.680 --> 1:15:30.680
heading in the next few years?
1:15:31.720 --> 1:15:35.480
Where do you see the work in reinforcement learning
1:15:35.480 --> 1:15:40.360
perhaps heading and more specifically with OpenAI,
1:15:41.160 --> 1:15:43.480
all the exciting projects that you're working on,
1:15:44.280 --> 1:15:46.360
what does 2019 hold for you?
1:15:46.360 --> 1:15:47.400
Massive scale.
1:15:47.400 --> 1:15:47.880
Scale.
1:15:47.880 --> 1:15:49.480
I will put an atrocious on that and just say,
1:15:49.480 --> 1:15:52.200
you know, I think that it's about ideas plus scale.
1:15:52.200 --> 1:15:52.840
You need both.
1:15:52.840 --> 1:15:54.920
So that's a really good point.
1:15:54.920 --> 1:15:57.720
So the question, in terms of ideas,
1:15:58.520 --> 1:16:02.200
you have a lot of projects that are exploring
1:16:02.200 --> 1:16:04.280
different areas of intelligence.
1:16:04.280 --> 1:16:07.480
And the question is, when you think of scale,
1:16:07.480 --> 1:16:09.560
do you think about growing the scale
1:16:09.560 --> 1:16:10.680
of those individual projects,
1:16:10.680 --> 1:16:12.600
or do you think about adding new projects?
1:16:13.160 --> 1:16:17.320
And sorry, if you were thinking about adding new projects,
1:16:17.320 --> 1:16:19.800
or if you look at the past, what's the process
1:16:19.800 --> 1:16:21.960
of coming up with new projects and new ideas?
1:16:21.960 --> 1:16:22.680
Yep.
1:16:22.680 --> 1:16:24.600
So we really have a life cycle of project here.
1:16:25.240 --> 1:16:27.320
So we start with a few people just working
1:16:27.320 --> 1:16:28.440
on a small scale idea.
1:16:28.440 --> 1:16:30.520
And language is actually a very good example of this,
1:16:30.520 --> 1:16:32.440
that it was really, you know, one person here
1:16:32.440 --> 1:16:34.840
who was pushing on language for a long time.
1:16:34.840 --> 1:16:36.680
I mean, then you get signs of life, right?
1:16:36.680 --> 1:16:38.440
And so this is like, let's say, you know,
1:16:38.440 --> 1:16:42.600
with the original GPT, we had something that was interesting.
1:16:42.600 --> 1:16:44.760
And we said, okay, it's time to scale this, right?
1:16:44.760 --> 1:16:45.960
It's time to put more people on it,
1:16:45.960 --> 1:16:48.120
put more computational resources behind it,
1:16:48.120 --> 1:16:51.560
and then we just kind of keep pushing and keep pushing.
1:16:51.560 --> 1:16:52.920
And the end state is something that looks like
1:16:52.920 --> 1:16:55.400
Dota or Robotics, where you have a large team of,
1:16:55.400 --> 1:16:57.800
you know, 10 or 15 people that are running things
1:16:57.800 --> 1:17:00.680
at very large scale, and that you're able to really have
1:17:00.680 --> 1:17:04.280
material engineering and, you know,
1:17:04.280 --> 1:17:06.520
sort of machine learning science coming together
1:17:06.520 --> 1:17:10.200
to make systems that work and get material results
1:17:10.200 --> 1:17:11.560
that just would have been impossible otherwise.
1:17:12.200 --> 1:17:13.560
So we do that whole life cycle.
1:17:13.560 --> 1:17:16.600
We've done it a number of times, you know, typically end to end.
1:17:16.600 --> 1:17:19.960
It's probably two years or so to do it.
1:17:19.960 --> 1:17:21.720
You know, the organization's been around for three years,
1:17:21.720 --> 1:17:23.000
so maybe we'll find that we also have
1:17:23.000 --> 1:17:24.760
longer life cycle projects.
1:17:24.760 --> 1:17:27.480
But, you know, we work up to those.
1:17:27.480 --> 1:17:30.280
So one team that we're actually just starting,
1:17:30.280 --> 1:17:32.200
Illy and I, are kicking off a new team
1:17:32.200 --> 1:17:35.080
called the Reasoning Team, and this is to really try to tackle
1:17:35.080 --> 1:17:37.400
how do you get neural networks to reason?
1:17:37.400 --> 1:17:41.400
And we think that this will be a long term project.
1:17:41.400 --> 1:17:42.840
It's one that we're very excited about.
1:17:42.840 --> 1:17:46.200
In terms of reasoning, super exciting topic,
1:17:47.400 --> 1:17:52.200
what kind of benchmarks, what kind of tests of reasoning
1:17:52.200 --> 1:17:53.800
do you envision?
1:17:53.800 --> 1:17:55.880
What would, if you set back,
1:17:55.880 --> 1:17:59.240
whatever drink, and you would be impressed
1:17:59.240 --> 1:18:01.640
that this system is able to do something,
1:18:01.640 --> 1:18:02.760
what would that look like?
1:18:02.760 --> 1:18:03.800
Theorem proving.
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Theorem proving.
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So some kind of logic, and especially mathematical logic.
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I think so, right?
1:18:10.440 --> 1:18:12.440
And I think that there's kind of other problems
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that are dual to theorem proving in particular.
1:18:14.520 --> 1:18:16.840
You know, you think about programming,
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you think about even like security analysis of code,
1:18:19.960 --> 1:18:24.200
that these all kind of capture the same sorts of core reasoning
1:18:24.200 --> 1:18:27.480
and being able to do some out of distribution generalization.
1:18:28.440 --> 1:18:31.880
It would be quite exciting if OpenAI Reasoning Team
1:18:31.880 --> 1:18:33.880
was able to prove that P equals NP.
1:18:33.880 --> 1:18:35.080
That would be very nice.
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It would be very, very exciting especially.
1:18:37.720 --> 1:18:39.080
If it turns out that P equals NP,
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that'll be interesting too.
1:18:40.120 --> 1:18:45.160
It would be ironic and humorous.
1:18:45.160 --> 1:18:51.800
So what problem stands out to you as the most exciting
1:18:51.800 --> 1:18:55.720
and challenging impactful to the work for us as a community
1:18:55.720 --> 1:18:58.440
in general and for OpenAI this year?
1:18:58.440 --> 1:18:59.480
You mentioned reasoning.
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I think that's a heck of a problem.
1:19:01.320 --> 1:19:01.480
Yeah.
1:19:01.480 --> 1:19:02.760
So I think reasoning is an important one.
1:19:02.760 --> 1:19:04.840
I think it's going to be hard to get good results in 2019.
1:19:05.480 --> 1:19:07.480
You know, again, just like we think about the lifecycle,
1:19:07.480 --> 1:19:07.960
takes time.
1:19:08.600 --> 1:19:11.320
I think for 2019, language modeling seems to be kind of
1:19:11.320 --> 1:19:12.520
on that ramp, right?
1:19:12.520 --> 1:19:14.760
It's at the point that we have a technique that works.
1:19:14.760 --> 1:19:17.000
We want to scale 100x, 1000x, see what happens.
1:19:18.040 --> 1:19:18.360
Awesome.
1:19:18.360 --> 1:19:21.800
Do you think we're living in a simulation?
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I think it's hard to have a real opinion about it.
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It's actually interesting.
1:19:26.200 --> 1:19:29.960
I separate out things that I think can have yield
1:19:29.960 --> 1:19:31.880
materially different predictions about the world
1:19:32.520 --> 1:19:35.640
from ones that are just kind of fun to speculate about.
1:19:35.640 --> 1:19:37.800
And I kind of view simulation as more like,
1:19:37.800 --> 1:19:40.200
is there a flying teapot between Mars and Jupiter?
1:19:40.200 --> 1:19:43.800
Like, maybe, but it's a little bit hard to know
1:19:43.800 --> 1:19:45.000
what that would mean for my life.
1:19:45.000 --> 1:19:46.360
So there is something actionable.
1:19:46.360 --> 1:19:50.680
So some of the best work opening as done
1:19:50.680 --> 1:19:52.200
is in the field of reinforcement learning.
1:19:52.760 --> 1:19:56.520
And some of the success of reinforcement learning
1:19:56.520 --> 1:19:59.080
come from being able to simulate the problem you're trying
1:19:59.080 --> 1:20:00.040
to solve.
1:20:00.040 --> 1:20:03.560
So do you have a hope for reinforcement,
1:20:03.560 --> 1:20:05.160
for the future of reinforcement learning
1:20:05.160 --> 1:20:06.920
and for the future of simulation?
1:20:06.920 --> 1:20:09.000
Like, whether we're talking about autonomous vehicles
1:20:09.000 --> 1:20:12.760
or any kind of system, do you see that scaling?
1:20:12.760 --> 1:20:16.280
So we'll be able to simulate systems and, hence,
1:20:16.280 --> 1:20:19.400
be able to create a simulator that echoes our real world
1:20:19.400 --> 1:20:22.520
and proving once and for all, even though you're denying it
1:20:22.520 --> 1:20:23.800
that we're living in a simulation.
1:20:24.840 --> 1:20:26.360
I feel like I've used that for questions, right?
1:20:26.360 --> 1:20:28.200
So, you know, kind of at the core there of, like,
1:20:28.200 --> 1:20:30.280
can we use simulation for self driving cars?
1:20:31.080 --> 1:20:33.720
Take a look at our robotic system, DACTL, right?
1:20:33.720 --> 1:20:37.720
That was trained in simulation using the Dota system, in fact.
1:20:37.720 --> 1:20:39.560
And it transfers to a physical robot.
1:20:40.280 --> 1:20:42.120
And I think everyone looks at our Dota system,
1:20:42.120 --> 1:20:43.400
they're like, okay, it's just a game.
1:20:43.400 --> 1:20:45.080
How are you ever going to escape to the real world?
1:20:45.080 --> 1:20:47.320
And the answer is, well, we did it with the physical robot,
1:20:47.320 --> 1:20:48.600
the no one could program.
1:20:48.600 --> 1:20:50.840
And so I think the answer is simulation goes a lot further
1:20:50.840 --> 1:20:53.400
than you think if you apply the right techniques to it.
1:20:54.040 --> 1:20:55.400
Now, there's a question of, you know,
1:20:55.400 --> 1:20:57.400
are the beings in that simulation going to wake up
1:20:57.400 --> 1:20:58.520
and have consciousness?
1:20:59.480 --> 1:21:02.840
I think that one seems a lot harder to, again, reason about.
1:21:02.840 --> 1:21:05.240
I think that, you know, you really should think about, like,
1:21:05.240 --> 1:21:07.800
where exactly does human consciousness come from
1:21:07.800 --> 1:21:09.000
in our own self awareness?
1:21:09.000 --> 1:21:10.600
And, you know, is it just that, like,
1:21:10.600 --> 1:21:12.280
once you have, like, a complicated enough neural net,
1:21:12.280 --> 1:21:14.440
do you have to worry about the agent's feeling pain?
1:21:15.720 --> 1:21:17.560
And, you know, I think there's, like,
1:21:17.560 --> 1:21:19.320
interesting speculation to do there.
1:21:19.320 --> 1:21:22.920
But, you know, again, I think it's a little bit hard to know for sure.
1:21:22.920 --> 1:21:24.840
Well, let me just keep with the speculation.
1:21:24.840 --> 1:21:28.040
Do you think to create intelligence, general intelligence,
1:21:28.600 --> 1:21:33.000
you need one consciousness and two a body?
1:21:33.000 --> 1:21:34.920
Do you think any of those elements are needed,
1:21:34.920 --> 1:21:38.360
or is intelligence something that's orthogonal to those?
1:21:38.360 --> 1:21:41.560
I'll stick to the kind of, like, the non grand answer first,
1:21:41.560 --> 1:21:41.720
right?
1:21:41.720 --> 1:21:43.960
So the non grand answer is just to look at,
1:21:43.960 --> 1:21:45.560
you know, what are we already making work?
1:21:45.560 --> 1:21:47.640
You look at GPT2, a lot of people would have said
1:21:47.640 --> 1:21:49.320
that to even get these kinds of results,
1:21:49.320 --> 1:21:50.920
you need real world experience.
1:21:50.920 --> 1:21:52.440
You need a body, you need grounding.
1:21:52.440 --> 1:21:54.920
How are you supposed to reason about any of these things?
1:21:54.920 --> 1:21:56.360
How are you supposed to, like, even kind of know
1:21:56.360 --> 1:21:57.960
about smoke and fire and those things
1:21:57.960 --> 1:21:59.560
if you've never experienced them?
1:21:59.560 --> 1:22:03.000
And GPT2 shows that you can actually go way further
1:22:03.000 --> 1:22:05.640
than that kind of reasoning would predict.
1:22:05.640 --> 1:22:09.240
So I think that in terms of, do we need consciousness?
1:22:09.240 --> 1:22:10.360
Do we need a body?
1:22:10.360 --> 1:22:11.880
It seems the answer is probably not, right?
1:22:11.880 --> 1:22:13.640
That we could probably just continue to push
1:22:13.640 --> 1:22:14.680
kind of the systems we have.
1:22:14.680 --> 1:22:16.520
They already feel general.
1:22:16.520 --> 1:22:19.080
They're not as competent or as general
1:22:19.080 --> 1:22:21.640
or able to learn as quickly as an AGI would,
1:22:21.640 --> 1:22:24.680
but, you know, they're at least like kind of proto AGI
1:22:24.680 --> 1:22:28.040
in some way, and they don't need any of those things.
1:22:28.040 --> 1:22:31.640
Now, let's move to the grand answer, which is, you know,
1:22:31.640 --> 1:22:34.840
if our neural nets consciousness,
1:22:34.840 --> 1:22:37.240
nets conscious already, would we ever know?
1:22:37.240 --> 1:22:38.680
How can we tell, right?
1:22:38.680 --> 1:22:40.920
And, you know, here's where the speculation starts
1:22:40.920 --> 1:22:44.760
to become, you know, at least interesting or fun
1:22:44.760 --> 1:22:46.200
and maybe a little bit disturbing,
1:22:46.200 --> 1:22:47.880
depending on where you take it.
1:22:47.880 --> 1:22:51.080
But it certainly seems that when we think about animals,
1:22:51.080 --> 1:22:53.080
that there's some continuum of consciousness.
1:22:53.080 --> 1:22:56.040
You know, my cat, I think, is conscious in some way, right?
1:22:56.040 --> 1:22:58.040
You know, not as conscious as a human.
1:22:58.040 --> 1:22:59.880
And you could imagine that you could build
1:22:59.880 --> 1:23:01.000
a little consciousness meter, right?
1:23:01.000 --> 1:23:02.840
You point at a cat, it gives you a little reading,
1:23:02.840 --> 1:23:06.200
you point at a human, it gives you much bigger reading.
1:23:06.200 --> 1:23:07.960
What would happen if you pointed one of those
1:23:07.960 --> 1:23:09.800
at a Dota neural net?
1:23:09.800 --> 1:23:11.960
And if you're training this massive simulation,
1:23:11.960 --> 1:23:14.600
do the neural nets feel pain?
1:23:14.600 --> 1:23:16.760
You know, it becomes pretty hard to know
1:23:16.760 --> 1:23:20.040
that the answer is no, and it becomes pretty hard
1:23:20.040 --> 1:23:22.360
to really think about what that would mean
1:23:22.360 --> 1:23:25.160
if the answer were yes.
1:23:25.160 --> 1:23:27.400
And it's very possible, you know, for example,
1:23:27.400 --> 1:23:29.400
you could imagine that maybe the reason
1:23:29.400 --> 1:23:31.400
that humans have consciousness
1:23:31.400 --> 1:23:35.000
is because it's a convenient computational shortcut, right?
1:23:35.000 --> 1:23:36.920
If you think about it, if you have a being
1:23:36.920 --> 1:23:39.320
that wants to avoid pain, which seems pretty important
1:23:39.320 --> 1:23:41.000
to survive in this environment
1:23:41.000 --> 1:23:43.640
and wants to, like, you know, eat food,
1:23:43.640 --> 1:23:45.400
then maybe the best way of doing it
1:23:45.400 --> 1:23:47.080
is to have a being that's conscious, right?
1:23:47.080 --> 1:23:49.480
That, you know, in order to succeed in the environment,
1:23:49.480 --> 1:23:51.080
you need to have those properties
1:23:51.080 --> 1:23:52.600
and how are you supposed to implement them?
1:23:52.600 --> 1:23:55.240
And maybe this consciousness is a way of doing that.
1:23:55.240 --> 1:23:57.720
If that's true, then actually maybe we should expect
1:23:57.720 --> 1:23:59.880
that really competent reinforcement learning agents
1:23:59.880 --> 1:24:01.960
will also have consciousness.
1:24:01.960 --> 1:24:03.240
But, you know, that's a big if.
1:24:03.240 --> 1:24:04.760
And I think there are a lot of other arguments
1:24:04.760 --> 1:24:05.880
that you can make in other directions.
1:24:06.680 --> 1:24:08.360
I think that's a really interesting idea
1:24:08.360 --> 1:24:11.400
that even GPT2 has some degree of consciousness.
1:24:11.400 --> 1:24:14.200
That's something that's actually not as crazy
1:24:14.200 --> 1:24:14.760
to think about.
1:24:14.760 --> 1:24:17.720
It's useful to think about as we think about
1:24:17.720 --> 1:24:19.800
what it means to create intelligence of a dog,
1:24:19.800 --> 1:24:24.360
intelligence of a cat, and the intelligence of a human.
1:24:24.360 --> 1:24:30.760
So, last question, do you think we will ever fall in love,
1:24:30.760 --> 1:24:33.560
like in the movie, Her, with an artificial intelligence system
1:24:34.360 --> 1:24:36.200
or an artificial intelligence system
1:24:36.200 --> 1:24:38.440
falling in love with a human?
1:24:38.440 --> 1:24:38.920
I hope so.
1:24:40.120 --> 1:24:43.640
If there's any better way to end it is on love.
1:24:43.640 --> 1:24:45.560
So, Greg, thanks so much for talking today.
1:24:45.560 --> 1:24:55.560
Thank you for having me.