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Big Technology Podcast Episode Notes
Episode Title AI Scaling, Alignment, and the Path to Superintelligence — With Dwarkesh Patel
Host Alex Kantrowitz
Guest Dwarkesh Patel - Host of the Dwarkesh Podcast, which features interviews with notable figures in AI, including Mark Zuckerberg, Ilya Sutskever, and others.
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Overview In this episode, the discussion centers around the current state and future trajectory of AI development, exploring the concepts of AI scaling, alignment, safety, and governance. The conversation also touches on the competitive landscape of the AI industry, the influence of effective altruism on Patel’s insights, and the potential for artificial general intelligence (AGI) and superintelligence.
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Key Topics
- Current State of AI
- Discussion on the departure of Ilya Sutskever from OpenAI and its implications for the company's competitiveness.
- Examination of whether AI progress has plateaued since the release of GPT-4, with a focus on upcoming models like GPT-5.
- Potential challenges in data availability ("data wall") as AI models scale up.
- Future Predictions
- Predictions about GPT-5's capabilities, particularly in reasoning and multimodal data handling.
- The expectation that new models may improve in how they act as assistants and navigate complex tasks over extended interactions.
- AI Evaluation Metrics
- Critique of current evaluation methods (e.g., MMLU scores) and the importance of qualitative assessments of AI interactions.
- Discussion on how real-world use and user experience may provide better insights into model performance than traditional metrics.
- Competitive Landscape of AI
- Analysis of the competition between major players like OpenAI, Microsoft, Google, DeepMind, and Anthropic.
- Insights into Microsoft's strategy of developing its own models while maintaining its partnership with OpenAI, with reflections on the potential risks of such diversification.
- AI Risks and Governance
- Exploration of the fears surrounding AI development, particularly the potential for AI to replicate and surpass human capabilities.
- Discussion of alignment research and the necessity for ethical considerations in AI deployment to prevent misuse, especially in military contexts.
- Effective Altruism Influence
- The impact of the effective altruism movement on Dwarkesh’s thinking, including the focus on AI and existential risks.
- Acknowledgment that while effective altruism has provided valuable insights, it also has its limitations and points of contention.
- Resource Constraints
- Examination of potential bottlenecks in compute and energy, and how they may impact future AI training efforts.
- Discussion of the importance of energy concentration for large-scale training operations and the role of synthetic data in overcoming data constraints.
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Key Takeaways
- AI Scaling: The ability to scale AI models is not just about increasing size but also involves navigating data and compute constraints.
- Evaluation and User Experience: There’s a shift towards valuing user experience and qualitative assessments over quantitative metrics in evaluating AI.
- Competitive Dynamics: The AI landscape is rapidly evolving, and players must innovate while balancing partnerships and independent development.
- Regulation and Governance: As AI capabilities grow, discussions around regulation and ethical use become increasingly important.
- Effective Altruism: While effective altruism offers a lens to view AI risks and futures, its principles may need reevaluation in practice.
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Conclusion The episode provides a nuanced perspective on the AI landscape, emphasizing the importance of understanding both the capabilities and risks of advancing technology. Patel’s insights highlight the necessity of a balanced approach to AI development, ensuring that advancements benefit society while minimizing risk.
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Written by AI. May contain mistakes. Listen to the episode to check what was said.
Transcript
Automatic transcript. May contain errors.0:00One of the sharpest minds in AI joins us to look at the research, the business, the dangers, and the conspiracies, all coming up right after this. Welcome to Big Technology Podcast, a show for cool-headed, nuanced conversation of the tech world and beyond. We're joined today by Dwarkesh Patel. He's the host of the Dwarkesh Podcast, and he's had DeepMind CEO Demis Sabasan recently, along with Anthropics CEO Dario Amode, the OpenAI Chief Scientist Ilya Satskever, and recently Meta CEO Mark Zuckerberg. So that's the person we're dealing with here today. Dwarkesh, welcome to the show. Thanks for having me.
0:37Super excited to be on, Alex. I think that you've been doing some great interviews on AI, looking at the research, where things are going, and really asking the right questions to the right people. So you've interviewed Ilya Suskever, OpenAI's chief scientist, or really, I should say, its former chief scientist after he parted ways with the company yesterday. How important was Ilya to OpenAI's ability to stay competitive in the AI field? I actually think that's a really interesting question. I remember I was chatting with someone and they said something along the lines of, well, now that they've lost Delia, I think the great people matter a lot.
1:14And since this person has lost, it might be downhill for open AI. And then I think the default perspective is, listen, you've got thousands of scientists who are doing AI. Surely any one of them is replaceable. I think that's probably correct, but I'm not in the field enough to know that. And it is a sort of interesting empirical question of what is the bus factor of a place like OpenAI? If you lose a chief scientist, how much does that slow down your progress? And it would be interesting if it doesn't slow it down that much. It would be super interesting if it slows it down a lot. But yeah, that's a really interesting question.
1:51Have you seen any signs of them slowing since his departure? No. I mean, the big question people have had is since GPT-4, which was released more than a year ago, we haven't really gotten anything better, right? So we've gotten Claude 3, we've gotten Gemini. They're not significantly better, if at all, than GPT-4, and certainly not the newer version of GPT-4. So the question is, is AI progress plateauing, or are people just waiting to build out the giant data centers which are necessary for training a GPT-5 level model? And actually, I think this year will be super interesting in terms of learning about AI, because by the end of this year, we'll get to see hopefully what a GPT-5 level model looks like.
2:34And we'll learn whether we're on the path to some kind of super intelligence. If GPT-5 is so amazing, we're like, okay, well, we're building a god of viewers out. Or if GPT-5 is not that much better than four. And I think the main thing we're going to learn is between 4.5 and five level models, we're going to hit what's known as the data wall, which is to say that as you make these models bigger, you need more and more data to keep training them. And we're running out of internet data. And so we're going to learn whether synthetic data, RL, these other techniques can substitute for the data that bigger models will need.
3:08And I mean, by the end of this year, I'm expecting to learn a lot about what the course of AI is going to look like. What is your sense as to what the answer will be with GPT-5? Here's some predictions I have. I'm not sure if that gets to the heart of what will be impressive about it. I think it'll definitely be better at reasoning, which is trivial to say, because the training methods that we've seen them talk about, like I'm sure you heard the talk about QSTAR and what it seems to be is training the model to rewarding it on getting the correct reasoning trace to get the right answer. And that seems to lead to better reasoning, or at least there's equivalent papers that are released publicly called QuietStar that claims that it does.
3:53then we're going to see much more multimodal data. And I think that'll look a lot like the equivalent of supervised fine tuning, but for a bunch of people recording their screen and doing workflows with their screen, navigating UIs. So I think you'll have agents that can act coherently as your assistant for potentially minutes, if not hours on end in a way that you can just tell them to go do something on the Internet and they can actually do it. Where like GPT-4 right now, web browsing isn't really a big feature. Like people like perplexed to use it, but it's mostly to summarize. It's not to like actively go out and look for information.
4:30So I'm hoping, well, I'm expecting that to be one of the things you see with GPT-5. I guess the big question is like how much smarter is it, right? Like I'm mentioning all these off abilities it might have, but like how much use will it have? And I honestly don't know. Right. And so how do you think we're going to be able to assess that? Like, is it just going to be like how much better it does on tests or do you think it's just going to be a feel? when people are using the model. Yeah, I trust the feel more, honestly. It's so interesting. We have these evaluations, but what's your sense on them?
4:58I mean, like people will come out and say, here's what we got in MMLU and so on, but they're getting saturated and they're not often not that great to begin with. So I'm more eager to see what it feels like to talk to one of these things than learn what its MMLU score is. Yeah, I agree. I mean, it is interesting how feel plays such a big role into evaluating these models because they are, you talk about this a lot, scientific, right? And we can sort of test them scientifically and we have these big things like parameters and, you know, the size of the compute that we use, but ultimately feel is like one of the great things that we use to test how good these models are.
5:38And in fact, like the thing that people always look at in terms of model performance is this chatbot arena where they put two answers from different chatbots side by side and say, okay, well, which one is the best? And that's kind of, it seems janky, but it's also the thing that people take almost as gospel now in the AI industry. Yeah. And in fact, I think even chatbot arena has some deficiencies in terms of evaluation, because from what I understand, you're doing these pairwise comparisons, but you're doing them, you ask a question and two of them respond. And what I'm more curious about is what is it like to have a long form conversation with this thing where it's not just what is the immediate response like, but if we keep talking, you know, can you kind of like understand the context of the problem I'm talking about?
6:24Can you keep following up on different threads? That's more relevant to my workflow than just immediately producing some bullet points. Yeah, we're going to get into this evaluation and research a little bit more as we keep going. But just to go back to OpenAI, It is interesting to watch Microsoft now start to develop their own models, almost to compete with OpenAI. And there was a story in the information recently that Microsoft is working on a 500 billion parameter model. Just for context, this is kind of like the size of the model. And OpenAI's GPT-4 was apparently trained on something like a trillion parameters, or apparently has a trillion parameters.
7:02But Microsoft is now making this move where it's trying to build, I think for the first time since GPT-4, its own model that competes with it. How should we read into what Microsoft is doing there? Do you think it is a loss of faith in open AI? It's a hedge against open AI, sort of a necessary move, even though it has such an important partner. What's your take? Yeah, one of my friends who works at DeepMind told me that Microsoft is basically reversing what Google has managed to do over the last few years. And in fact, making the same mistake that Google initially made, which was to have its training distributed or split up between two different corporations or institutions.
7:46For Google, it was a brain, Google brain and DeepMind. And so Microsoft has a company which is in the lead, right, OpenAI. And I guess instead of doubling down on it, they're trying to hedge their bets in this way. I think if you think that OpenAI is like another product where you have multiple vendors so you can be sure that if one of them, you know, decides to go a different route, you have some leverage over them. That might make sense for another kind of product. The thing with AI is if you buy scaling in this picture that is make the models bigger, they get much smarter. then I don't think it makes sense to hedge your bets in this way.
8:23I think you should just double down, give one of them$100 billion and just say, like, go make me super intelligence. You know what I mean? Because then you're just splitting up your efforts. And yeah, like it would be much better to have one GPD-4 than two companies that have, you own two companies that have a GPD 3.5. And I'm sure Microsoft knows this. So what do you think could possibly be their reasoning for doing what they're doing? And partly, I think they got spooked by what happened with the board last December, November. I think definitely that there's that because the clause in the OpenAI Charger says that if the board, which is nonprofit and controls the company, decides that we've built AGI, then Microsoft has no leverage over OpenAI anymore.
9:11So they got spooked by that. And I think partly it's probably Microsoft doesn't buy the scaling hypothesis as much as us internet weirdos. Because they probably think like, oh, you know, we want to diversify our bets here and we'll have multiple companies build a GPT 4.5 level model and we'll see how that goes. I mean, I'm sure there's better reasons too, right? Like you can build this in-house talent. I'm sure there's a lot of practical knowledge you understand by building smaller models and you're getting a lot of that knowledge in-house. by training these models. And so Microsoft's own ability to train and understand and deploy these models improves.
9:49Yeah. Can you just handicap the field for us? I mean, how should we think about the efforts of DeepMind versus meta versus Anthropic versus OpenAI? Is there a clear leader there or is there any sort of key differentiators that are important to know? I know it's like a broad question, but feel free to zero in as you'd like. Yeah, that's a good question. And it doesn't seem like there's a strong leader at the moment. I think in terms of revenue, probably OpenAI is leading by a lot. I think just the amount of people who use ChaiGPT versus any other service. But, I mean, subjectively, you use Claude, and it's often better, not significantly worse in any case.
10:28I think the main way, at least in which they're today different, is Claude seems to have better post-training, which is the jargon for basically saying, like, what kind of personality does it have? and how does it break down your question and how does it act as a persona of a chatbot? And so all this RLHM stuff you hear is part of the post-training and Cloud has a more automated way of doing that or Anthropic, which controls Cloud does. Gemini has longer context, obviously, but so, you know, million tokens, which is huge. I think the big thing we'll probably learn in the next few months is who's really ahead because everybody's just been releasing models that are as good as GPT-4 right now and we'll learn who can go the distance, so to speak.
11:11And I think the big question will be, OpenAI probably has the compute because of Microsoft, but then again, maybe Microsoft is splitting up its compute. Google definitely has the compute because, you know, Google, a huge company. The question is, I guess we don't know yet whether Anthropic can keep up beyond this year with models that might cost tens of billions of dollars. Right, and I think that's sort of the underappreciated part of Google's attempt here is that they are doing this reverse Microsoft, correcting their mistakes like we talked about, where they've brought Google brain and deep mind together under one organization and said, you know, resource, you know, your, your internal conflicts be damned.
11:52Resources are going to be pooled right now. Yeah. You know, I interviewed, um, the guy who wrote the making of the Manhattan project, uh, or sorry, the making of the atomic bomb, Richard Rhodes. And, And he was telling me when I interviewed him about Soviets after Hiroshima and Nagasaki, Stalin called his top physicists and he said, comrade, you will give us the bomb. You have the entire resources of the state at your disposal, but you will give us the bomb or you and your family will be camp dust. and I'm sure the last sentence wasn't uttered inside of Google but that maybe the attitude they've taken in terms of their compute allocation might be uh much in favor of we're going to take this seriously we're going to invest a bunch of compute into making this happen and also I think you shouldn't ignore the fact that Google is the company that actually has a successful accelerator program for AI chips already with their TPUs which other companies are trying but don't yet have to replace, you know, NVIDIA GPUs.
12:49Right. Okay. Lastly, XAI, which is Elon Musk's effort. Do you think that there's any chance that they can be competitive here? I mean, we think about resources and they definitely have Musk's money. And they have, I think there's like this big GPU cluster that Tesla has. So I wonder if that's going to factor. And then is there any other dark horse that might come in and start to matter? I think the second part of your question is super interesting. I mean, on Next. I honestly don't know. I mean, Tesla is a separate organization than Next. So I don't know how much those could transfer, but I have no idea.
13:23With regards to who the other actors could be, I think people are in the case where AI really is super powerful or GPT-5 is amazing. I think what happens is a lot of different countries, national security apparatus start to realize what a big deal this is. And they're not just going to sit around for people to like, you know, they're going to make moves. And I think what that looks like is there's a lot of different countries in the world with a sovereign wealth fund with$100 billion, right? And do they all just go around saying, like, what are we doing sitting on this money? Obviously, AI is the thing to do.
13:55The UAE spins up, which I hear they're already doing, a bunch of data centers in the Middle East to start trading even bigger models. And China starts deploying energy infrastructure to do big training runs. So I think in the world where AI continues to get much better at a fast pace, I think you're looking at a much more involved. I guess I'm trying to say the players will be nation state level players because that's also the kind of funding you'll need to keep scaling these models. And what does a nation state do with this technology? Yeah, I mean, obviously the military uses are clear or at least will be clear, right?
14:33You can use it for R &D on military stuff. but i mean just like basic things like you have a drone operator who's human level who can they know you can just mass manufacture millions of drones and like a human uh equivalent model that's on running locally you can run these drones and you have a million drone swarm headed towards beijing or something i don't know that's just one example but you can imagine there's a lot of things you can do i mean the stepping back the bigger picture is why are some countries wealthier and more powerful than other countries? Well, it's often because they have more people, right?
15:05So Taiwan would lose a war against China. Why is that? Without the help of the US, but because China has more people. If AI substitutes for people, can increase the effective population of a country, then you can imagine that it would just be a huge leverage that a country would have over other countries in terms of its own economic output or even its ability to withstand geopolitical competition. you've referred to ai as you know potentially like the last invention i think i might be cribbing a little bit but what happens if a nation state is the one that achieves artificial general intelligence and we're going to talk about more more about agi in a bit uh but let's say you know china is able to invent it then what happens are there implications there totally i mean i for that particular phrase of the last invention i think belongs to somebody else but But yeah, I think it really matters who wins here.
15:59I mean, if China wins, it depends on how fast things happen. In the world where they happen within a few years, I think what you're looking at is China has a ton of leverage over the United States. Because one of the things the future AI could unlock is things like pocket nukes, right? And so if China is ahead, they could be like, listen, we've got these, we've just basically got this mass army that we've been able to manufacture of billions of extra soldiers. And we can build mass manufacturer drones or robots or whatever for them to run on. And I think that gives them a lot of leverage, right?
16:36So I would worry about that. I think it's important that the U.S. win that and stay ahead. I don't know the status of Chinese AI currently. It seems like the newest model was a deep seek one. It seems like it was really good. So before we get there, we're going to have a lot of, I mean, before anyone gets there, the tech industry in particular is going to have a lot to work through. And you already mentioned a little bit we have data constraints. We also have compute constraints. So I think we should talk a little bit more about whether these resource constraints are actually going to be things that matter and how they might factor.
17:07And Mark Zuckerberg spoke with you about how energy is going to be something. We'll talk about that. And that really opened my eyes to sort of like, oh, are we going to be like hitting a wall here with AI? And wrote about it in the newsletter, sort of an interesting question. So why don't we just go into the component parts and talk a little bit about each. And the first one, and I think, you know, clearly a very important one is compute. And I start to like raise my antennas here when I hear rumors of Sam Altman wanting to raise$7 trillion. And of course that's like an economic question, But it's also like, if that's what it's going to take to make this stuff work, then are we ever going to get to the place where a lot of these people want to get to talking about like adding more compute and data and energy?
17:53And eventually you get to the point where you can train better large language models and see what the scaling law really looks like at its limit. What do you think? Yeah, I think compute will be less of a bottleneck than energy. at sort of the 7 trillion yeah I imagine well backing up the reason I think computer will be a lesser bottleneck than energy is because right now you have one company NVIDIA which is making the sort of flagship GPUs and other than Google nobody has a clear competitor and so the thing that was bottlenecking NVIDIA so far is that some of their components that they need for these GPUs, Coos and HBM.
18:39They just weren't able to get enough allocation or get TSMC to build facilities for these because TSMC was like, I don't know if we buy all this AI stuff. But because then they had to make this huge investment into building it out. But now it seems like the fabs are building it out. And also all these companies have accelerator programs where they're going to try to ship their own chips. So I think compute will become more and more available. And that's what Zuckerberg said on the podcast, that now the compute constraints are decreasing. Then the question that Zuckerberg pointed to was, well, will there be energy?
19:13And the key constraint with energy is not necessarily, is there enough energy in the world, but more so for training, is there enough energy in one place? Because to do a training run, it has to usually, at least from what it seems like publicly, the training methods we have, you got to do it in one place. So if a nuclear power plant releases one gigawatt of energy, can you and if, you know, training with hundreds of thousands of GPUs would take would consume one gigawatt of energy, then do you have can you like get all the energy into one place? Where in America is that place? If not in America, where do you go?
19:50Do you go to the Middle East? Do you like get some aluminum refinery in Canada? Because those consume a lot of energy and you can just like buy out the aluminum refinery and turn that offline. And I don't know, but you can try out different ideas. But I think energy will be the big constraint. And you basically, Zuckerberg, talked about the fact that you might need a moderately sized nuclear power plant to be able to do this. And you asked, well, what about Amazon? And he said, ask Amazon. Then I asked Amazon, did a little research, right? It actually, Amazon actually has purchased a nuclear, a small nuclear power plant in Pennsylvania.
20:24Correct me if I'm wrong here. And it's 960 megawatts, so close to that gigawatt size. And they're going to use 40 % of the energy there, I assume, for AI training. So is that sort of what this energy battle looks like moving forward? And is that even enough energy, given that everybody wants to add more compute and more data and more energy into the process to actually be able to build these models? Well, it's certainly not enough. And in fact, I brought that up with Zuckerberg. You need some in one place for the training, it seems like, but they might have ways to get around that. Then you also need to deploy these models.
21:03And those you can, so wherever you deploy the model, you don't need like a huge amount of energy in one place necessarily. But you do need a lot of different places that each consume energy. And that could result in the demand for energy increasing globally. i have i can pull this up somewhere but i i did some back of the envelope calculations on if you believe the scaling laws and you believe the um you can like just look at how much energy does h100 consume then you can look at every generation how much cheaper uh or how much less energy but because of um efficiency gains do we get in terms of these gpus anyways you can just like go down the list of and then how much basically would it cost in terms of energy to train a gpd4 level model, 4.5 level model, 5, whatever, and you get into the gigawatts pretty soon.
21:52And especially if these models are going to be widely deployed in the world, then yeah, it's going to consume a ton of energy. One last thing is data. And you mentioned it right at the start, which is that data might be a major constraint. I mean, these companies are already working with synthetic data, like to train Lama 3, meta-use synthetic data, like data created from basically, you know, about buying Simon & Schuster in the company when they were like, we cannot get this to be as good as ChatGPT. And by the way, this is Meta, the company that owns Facebook, which has the entire social internet to train on.
22:29So how do we get around, or how does the industry get around that? Yeah, I mean, the synthetic data thing comes back to energy and compute in a way, right? Because, well, how do you make synthetic data? You use the existing model. What does it take to use the existing model? It takes energy and compute. so um in fact it will make training more expensive because instead of just doing one backward pass you now potentially have to do many forward passes because at each forward pass you're going to come up with some output then the model has to decide which of those outputs was the best now we're going to train on the best of those outputs it could like be a 5x tax on uh training so um i mean that's separate from the question of are these model methods scalable enough such that they can make the model smarter.
23:15And I don't think we have public evidence of this yet, but I don't know. What's your vibe on this? Because when I talk to researchers at these labs, they seem pretty confident that this will happen. There's no evidence that, I mean, yeah, synthetic data, obviously, the LAMA 3, they said they used it and so forth. But actually, like really making it smarter in a significant way, I guess we don't have that much evidence for it. I mean, I think I'm learning as we're talking here and sort of thinking about it, thinking it through and being like, okay, so just like, look at the headlines we've seen$7 trillion for compute.
23:49I mean, of course, we might get more efficient nuclear power plant for energy, more data than the past than the world possibly has. And then I'm like, how, and we're not quite sure whether scaling these models up, right. Adding more energy and more compute and more data into the, whatever we're training LLMs or the industry is training LLMs, uh, you know, to, make them better. We're not sure if that's going to work. And I'm just like, how is this sustainable? Right. I mean, the thing you had to add on top of that is what is the revenue of these AI companies so far? And it's actually, I'm guessing it's not great, like probably on the order of billions of dollars cumulatively across the industry.
24:27And they probably want tens of, I mean, I guess Sam Altman wants$7 trillion of winning, but you know what I mean? So like the difference between how much um so i think it will depend on whether other hyperscalers do big companies like amazon meta google microsoft buy that this is the path to go on investing a lot of money into and it seems like they do maybe at some point they stop because the models maybe gbd5 isn't that much better and so they lose their patience and then i guess the nation states never get into it either but then And the question fundamentally is, I think in the world where you can get an AGI for$100 billion worth of training, I just can't see why GPT-5 wouldn't be really good and also why people wouldn't continue investing.
25:14And in the world where we need much better algorithms or something, yeah, I agree, we might plateau out around here. But that goes back to what we were saying earlier about we'll learn a lot by the end of the year, what trajectory we're on. Right. And I think that what the industry seems to be betting on is that there's going to be more efficient models, right? They'll just be able to code them up better. And so they won't need to take as much compute or data, for instance, to improve, even though they will have to expand. And one of the things that's consistent in your interviews and elsewhere from the people in the industry is that they believe that this stuff is predictable, that the scale is predictable.
25:51This was Sam Altman just a couple of weeks ago at Stanford. He says, we can say right now with a high degree of scientific certainty, GPT-5 is going to be a lot smarter than GPT-4. GPT-6 is going to be a lot smarter than GPT-5. And we are not near the top of this curve. And we kind of know what to do. and this is not like it's going to get better in one area. It's not like, it's not that it's always going to be better at this eval or this subject or this modality. It's just going to be smarter in the general sense. And I think the gravity of that statement is still like underrated. Okay. So like that seems to me to be the case why everybody keeps putting money in to this stuff.
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26:34It's not necessarily for what it does today. It's what I can do maybe a couple of generations from now. and that will eventually give you the ROI. I'm curious. I mean, you've had these conversations with these folks at really the ground level of the science. Do you buy this, that it's almost going to be a linear progression in terms of how good it is from generation to generation? Yeah, I mean, like one way to think about it is you're mentioning the scaling laws and that's a relationship that basically as you dump more compute in these models, their loss gets better in a very predictable way and the loss in this case corresponds to their ability to ability to protect internet text um how that translates into capabilities is another question but if imagine a model that can predict any internet text it can predict how to write like really great scientific papers or whatever well then that's like you know it's like human level intelligence anyway so i think you could make the case that there might be some break or plateau previous to gpd3 or something where gpd2 is really impressive but here's the kinds of things they won't be able to do and sort of pre-register that prediction and stick by it it would just be really bizarre to me that gpd1 to gpd2 gpd2 is actually kind of really interesting artifact for the small amount of investment it took to make it gpd3 a couple million dollars and you've got to like this like this thing that's like early stages of intelligence whoa then you get a gpd4 and oh my god this is actually useful they can generate billions of dollars of revenue a year it would just be bizarre to me that like you're halfway through the human range of intelligence and now it stops getting better so i do sympathize with sam's statement in the sense of like why would it stop here right if it was going to stop why it seems like it should have stopped before it started getting better in a human intelligence way at all so you don't think we're going to hit this stop in the road?
28:30Well, the reason that could happen is because of the data wall, which is to say that we can't keep training them in the same way we've been training them before. You GPT-2 to GPT-3 to GPT-4, you can just dump more data and compute in these models. If you run out of more data, then the question is like, well, we could have made something smarter, but we just didn't have the data for it. Right. And then the operative question becomes synthetic data or RL. And I think the intuition there of why that will work is, first of all, that should work better once the models are smarter, because the sort of self play setup is contingent on the model being smart enough to be like, that was the wrong way to proceed.
29:11Let's back up and proceed to this other way. And let's learn from this. Why did I make this mistake? Let's make sure to do it the right way in the future. That seems like they're getting smart enough to be able to do that on a per token basis they're actually really smart potentially as smart as really smart humans it's just that five minutes out they lose their train of thought can they bootstrap themselves in a way to like help them back up every five minutes and learn how to do that so that they can stay coherent for longer seems plausible um and i mean i had one of these takes in one of my blog posts that the way humans got better was this sort of self-play are a setup as well right where we learned language and or at least the initial stages of language where our vocal cords got something called a fox uh fox p2 gene and then uh so from there just you can talk to other humans you can interact with them that's sort of like a self-play loop that led to uh humans getting smarter and so forth do you ever think it's weird that there is this belief in this predictability of improvement and yet when you speak with the people who are working on these projects they tell you that they don't really know why it's making that improvement like Dario Amodeo was basically like I'm not quite sure what's going on inside these LLMs to make them as smart as they are totally and I think that's where that's why you should have you shouldn't be like sure that they're gonna uh we're on the track of AGI because yeah fundamentally we don't know what kinds of things these are um you know it could just be I don't know it's less it's more implausible now than it was maybe a couple of years ago.
30:46But it could be some sort of curve fitting thing where I think if you ask me like, what is the reason AI progress? Like looking back on it, if let's say the GPT-6 isn't that much better than GPT-4 and you had to look back on it and say like, why did that happen? I think the thing I'd expect to say is that right now we are kind of fooled by how much data these models consume. whereas you know they've like literally seen all of internet text untrained out at multiple times and then in retrospect you'd be like well of course they knew how to do the nearest adjacent thing because it was in the data set but they you should have seen that they're not that good at being creative or novel and so yeah clearly they weren't going to keep improving in that way so we've talked about AGI a couple of times uh artificial general intelligence is this big phrase that's thrown around a lot.
31:40And I think that oftentimes people hold multiple definitions of it in their brain at the same time. And it's definitely something that's kind of one of the more amorphous finish lines, so to speak, that you've ever seen in the business world that everybody seems to be working toward it, but no one can really define it. What is your definition of it and do you think that we're going to reach it um the the way i've been thinking about it which is which has less to do with like maybe agi in the world and more so about i think it's long-term impact is the kind of model which can automate or significantly speed up ai research and why define it that way um given the fact that there's so many other jobs in the world because I think one of the things you really have to think about is once it can automate AI research, then you can have this sort of feedback loop where it's helping train the next version, but it's like looking at finding better activation functions and designing architecture that has better scaling curves, coming up with better synthetic data and so forth.
32:51So I think once you get to that point, then it's off to the races in the sense of like You could have an intelligence explosion, the kind of things that you see in sci-fi books. And so that's what I've been thinking about when I think in terms of AGI. Can it speed up AI research? And yeah, I think that's a plausible thing within the next five to ten years. Are people working on that problem in particular? I mean, the people making these models are AI researchers themselves. And I can imagine them being selectively trying to... Clearly, they care about their use case, which is helping them with their job.
33:25So I can imagine the model getting better at that than it gets better at other things. Fascinating. So what type of breakthroughs do you think we're going to need to get there? Right. We've talked a little bit about reasoning. And from my understanding, like the way that models do reasoning is kind of like look at a task instead of I mean, this is what Jack Clark told us a couple of weeks ago. Look at a task instead of just like spit back information, be like, huh, like how many steps do I need to perform to like really get this task right? And then just go step by step. Is that one way that we're going to get there or that they'll get there?
33:56Or is there something else that's going to happen? Yeah, I agree. I agree. That definitely seems like an important component of the puzzle. One big one, and this is similar, is that they aren't yet useful in long – when you need them to kind of go do a job. You can't be like GPT-4. I'll be back in a while, but can you manage my inbox for me in the meantime? Or can you go book a trip for me? Just things that require them to sort of autonomously hold themselves together for a while and act as an agent. And so just that kind of coherency where they go from five minutes of being able to be in dialogue with you to you just tell them to do something.
34:41You come back a couple hours later and they've just done a bunch of inference to make it happen. And I think that will be a huge bottleneck or a huge unlock, I mean. Yeah. I mean, this idea of memory in the bots, right? Like it's something, and maybe this is a little different, but it's something that I keep thinking about where like I'm speaking with Claude every day and yet every morning it's like 50 first dates. I have to introduce myself to Claude again. Yeah, totally. And although there's one weird thing that Claude started doing where like I did a podcast last week about, or a couple of weeks ago, about the data that you get from voice and the emotion that you get from voice when you can listen to something as opposed to just have text.
35:21And Claude, obviously, when it gets a transcript of a podcast is only getting the text of the voice. And so I uploaded that conversation about the data that you get from emotion into Claude. And now it keeps hallucinating the audio quality of further transcripts that I've put in, almost as if like it wishes it understood what the audio sounded like because it knows that that's an important data point but anyway let's just put that aside for a moment the memory thing is interesting do you think there are easy ways to then like have have a persistent conversation with one of these bots or is that going to be like another tough problem that we won't solve for a while i it could plausibly be very tough because i don't think it's a member it's a it's a matter of just keeping like storing memory i think it's like what kind of thing are you and are you a chat bot or are you is your persona like i am an entity that you know it's not just about like i'm storing these things somewhere it's like you have to train it to act as an agent and compared to just pre-training tokens on the internet where yeah it knows how to complete statements does it know how to act as an agent there's not necessarily a good way to structure that so people have been talking about long horizon rl which is the training method you need to get something like this where you go tell it to do something and then you reward it at the end for having achieved that outcome but the difficulty with those kinds of approaches and the difficulty with rl in general is sparse reward and uh non-stationary distributions which is like you failed to book me my right the right appointments based on like reading up my inbox and like talking with me about it why did you fail there's like so many different reasons you could have failed that's hard to attribute to any one of them you know what i mean it's like hard to learn from that it's kind of an interesting question honestly like why humans are so good at uh learning from these sparse rewards or making long-term plans because when you look at it from an ml perspective it's kind of a it's a it's a cursed sort of problem to solve yep all right well i want to take a break here and then when we come back from the other side, I want to talk about the Dwarkesh podcast, how you've started it and where it's going.
37:36And then particularly, I'm very interested in the AI risks, because that's something that you're focused on. And it's something that I've like dismissed oftentimes in terms of like looking at the big risks. And I've promised myself to do a better job of taking it seriously. So why don't we do that on the other side of this break? Did you know your credit card points and miles can lose value to inflation? Credit card companies often reduce the redemption value of your points and miles. Now, imagine a credit card with rewards that can grow in value. With the Gemini credit card, you can earn Bitcoin or one of over 50 other cryptos instantly with no annual fee.
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38:50This content is not investment advice and trading crypto involves risk. The Gemini credit card may not be used to make gambling-related purchases. What the hell is going on right now? And why is it happening like this? At Wired, we're obsessed with getting to the bottom of those questions on a daily basis. And maybe you are too. I'm Katie Drummond, the Global Editorial Director of Wired. And I'm hosting our new podcast series, The Big Interview. Each week, I'll sit down with some of the most interesting, provocative, and influential people who are shaping our right now. Big interview conversations are fun.
39:26I want a shark that... That eats the internet. That turns it all off. Unfiltered and unafraid. So in a lot of ways, I try to be an antidote to the unimaginable faucet of reactionary content that you see online, to the best of my ability. Every week, we're going to offer you the ultimate luxury of our times. Meaning and context. True or false, you, Brian Johnson, the man sitting across from me, one day, at some point, as of yet undefined in the future, you will die. False. Tell me more. Listen to The Big Interview right now in the same place you find Wired's Uncanny Valley podcast. Subscribe or follow wherever you get your podcasts.
40:08And we're back here on Big Technology Podcast with Dwarkesh Patel. He's the host of The Dwarkesh Podcast. All right. So you recently tweeted your bank account before advertising checks from the Mark Zuckerberg interview hit. And it reminded me of a similar screenshot from my bank account not too long ago. So you have checking negative$17.56 and savings$14. So congrats on the savings. It reminds me of before the advance of my book hit, I was negative quite substantially in my bank account also. And it's kind of this moment. I think we had similar moments where you're like, OK, I think things are going to be going on the right direction.
40:53Go all the way in on this content plan effectively and then trust good things will come. And they have for you. So apparently, I mean, and I saw the tweet and I was like, all right, we're definitely talking about this on the show. So apparently things are heading in a good direction for you financial-wise, at least that's the sense I get from Twitter. But I really want to know, given that it got to that point and now you're making your move, what is your background, Dwarkesh? And what got you interested in starting a podcast largely focused on some of the deepest questions in AI? Yeah. Yeah. Well, I started the podcast in college, sophomore year, because that's when COVID hit.
41:40And all my classes went offline. And so I was super bored. And then I just, I was super into economics and history at the time. So I invited some, I was emailing some economists and I, my first guest is actually Brian Kaplan, who's now a good friend. I asked him, well, you know, I'd love to chat with you on the podcast. I didn't tell him I didn't have a podcast. I didn't even have the name for the podcast yet and then he's like yeah sure i'll come on and then so we recorded an inaugural episode and from there i was super interested in economics history for a while for through college i was mostly doing topics like that and then i graduated about two years ago still kept doing it it was honestly i graduated a semester early so it was a way of basically taking a gap semester to figure out what i wanted to do i mean i was studying computer science but yeah, I wasn't sure what to do.
42:27I didn't want to become a code monkey. Um, in fact, I mean, there's a longer story there, uh, but, um, so yeah. And then things just kept going well in terms of the growth of the podcast itself. And so I was like, well, this seems like a thing worth doing and investing my time into. And it wasn't really like financially making money, but you know, whatever, this seems fun. And I'm, I'm learning a lot. I'm meeting a lot of interesting people. So I kept it going, dot, dot, dot, interview Elias Letzko at some point. And then like other cool things happened and then dot, dot, dot some more. And then interviewed Mark Zuckerberg and now I'm getting, uh, checks for ads on the podcast.
43:05Yeah. It's a great summary. And I recently listened to you on an effective altruist podcast. Uh, and I thought it was a great, a great conversation. I, and it sounded like the effective altruist movement influenced you a lot in the beginning to start the podcast, uh, or at least to focus the podcast on artificial intelligence. So what, what did you find interesting about the movement? Do you ascribe to the EA theory and how present is it in your life right now? Yeah. Um, I definitely think they've been like right on a lot of things, right in the sense of like, this is a big focus and they've realized it before a lot of other people like this ai stuff right the the eas have been talking about this stuff for decades um and like it's been a big part of the movement for a long time right so you got to give them some credit for that they were talking about uh pandemics and bio viruses and the dangers that opposes society from that long before covid a lot of them saw that coming um you know i'm actually curious about something listening to that podcast what was your sense to like uh the kinds of things where we were buying into ea assumptions did it feel like we were buying into too many assumptions did it feel like a reasonable you know i feel free to be a red team this and be harsh but like what was your sense on uh for somebody outside i'm uh yeah i'm assuming you're not necessarily an ea what was your sense of like uh were we assuming too many things in that conversation yeah no i'm not ea to me it was i don't think i had enough grounding to be able to to really answer that question well i think ea's should like talk a little bit more is my perspective.
44:43And I've tried to reach out to many of them, especially when there was this like six month pause that was funded by open philanthropy. They call for the six month pause on AI development and was sort of like met with like a dismissive no on that front. So I think that's kind of where some of the skepticism comes from. But I will tell you this because I think you saw the screenshot that I uploaded five of your podcasts into Claude and was like, all right, tell me a little bit about what's important to Dvarkesh. And then I was like, do you think Dvarkesh is an effective altruist? And Claude says, there's a high probability that Dwarakish Patel is an effective altruist, or at least strongly influenced by EA ideas.
45:33Based on the strong alignment between his express views and EA priorities, I would estimate the probability is quite high, perhaps in the range of 70 to 90%. It's impressive that it gave you an actual probability number. Oh, I asked for probability. That was promising. Yeah. Oh, okay. That's actually a super interesting use case of these models to like info dump into the long context, a bunch of stuff about them. And like, what are the odds that they're like, you know, believe a certain thing or that's actually a really fascinating thing to do. Yeah, look, like I just like to not use like subscribe to labels just because it kind of constrains your ability to think.
46:19I'm not sure what EA necessarily means. And then also, you know, like there's certain things that maybe traditionally considered EA that I probably disagree with. But I'm definitely happy to say, like, look, the movement influenced me a lot. And I think like they've had some really interesting ideas that I found fruitful and useful. No, it's interesting. I feel like they are asking some of like the really the right questions about this technology. Like it is powerful. and how do you steer it? And then, you know, in fairness, there have also been moments where EA has been associated with some stuff and people have been like, what?
46:57Obviously, Sam Bakeman-Fried is not a distillation of EA philosophy, but he was definitely a firm believer and a funder. Totally. And then, you know, with the whole Sam Altman coup, clearly that was also part of it. So I'm curious. I actually don't know how much EA, I actually don't think EA was that big a deal of the board stuff. I think like from what I've heard, it was it was related to something separate. Yeah. Well, I'll say this. The the people who were some of the I mean, the two two of the board members who I think were in favor of the ouster were connected in some way. Whether there was a direct like this is an EA thing or not is still an open question.
47:35But that's what I'm saying. Like there was that presence. So I really want to get to like the core of the question here, which is what are the things that you do disagree with from EA? And then I bring up these examples not to impugn the movement, but to ask you if you think there are holes in the broader philosophy and they've just manifested in these in at least one strange moment. um i mean i could like go go on for days about things i uh disagree with uh about them depending on like what ea definitely necessarily counts as you can like look at their cause prioritization list like it depends on what in what sense are we disagree like what do we mean ea in terms of like when you go to effective altruism.org and like what they say the cause priorities are like it's hard to you know they'll say things like we care about the poorest people on the planet and about animal welfare and about existential risk.
48:28And I'm like, yeah, those all seem like things worth caring about, like probably some of the most important things in the world. Maybe we mean like the impacts they've had because of SBF or the board stuff, right? Is it a good sort of scalable culture? I'm actually curious like in what sense, because like on this sort of like sociocultural angle, there might be other things to say. So I'm curious which angle. Yeah. It's a great sort of return question because I think you're right that it has been something that has been a label for a lot of different things. And I don't think there's like a charter, right?
49:03So for me, when I think about it mostly, I think it more mostly in terms of like this expected value equation where like people should structure their lives to maximize the expected value that they're going to have on the planet or the expected value of their presence that we'll have in terms of adding goodness to the world.
49:31Yeah, I mean, there's definitely problems with that. And I certainly don't think of like, so here's one particular problem that I was talking about on the podcast is that it's hard to forecast in the case of any individual how to make decisions using this framework. Like I would have never started the podcast if I was thinking from a maximizing expected value perspective right um obviously you could be like well use your cs knowledge to do something more useful like you're gonna spend your time working on the podcast come on um so yeah it might not be it might not be practically practically useful in many ways and of course there's like the dangers of people who think they know what the expected value of something is and actually don't and just having uncertainty over that um uh on the other hand i think like at current margins like how does society currently, if you think of other charities or if you think of your own tax dollars, how are they allocated?
50:25And wouldn't you prefer at the current margins whether if they were allocated using a more sort of rational expected value framework? Like, you know, your taxes are going to be used, like if you live in California, especially, they're going to be wasted on a bunch of useless shit. Like all these nonprofits and whatever. And like, wouldn't it be better if like they thought about like, let's pull up the spreadsheets on how much good these nonprofits are and these different institutions we are funding with our tax dollars are doing. And I think that kind of mentality actually would be broadly useful in the world.
50:53Yeah. I don't know. I think it's worth considering sort of the longer term risks of AI, right? Which you mentioned they were early on. And I think that they've probably brought more focus to. So on that front, I'm curious like what you think makes somebody, I guess it's the CEOs, a lot of the CEOs that we hear from, and maybe some of like the intellectuals in the EA movement, but elsewhere. What do you think makes them so afraid of AI or so cautious about where it could lead us? Yeah, I think it's kind of a sort of straightforward thing of like looking at maybe a couple of years out from the people who are just thinking of this as a normal economic transition where you say, okay, we'll have things that are as smart as humans and as smart as the smartest humans when it comes to science and tech.
51:42well what happens if you plug this into our basic economic growth models you have you know you just have a huge effective population this is the and so there are people doing science and r &d for you um you're like rapidly going through the tech tree because you have like billions of researchers and maybe like there's certain physical bottlenecks to this but um you can you just you just have like billions of extra people helping you do further AI research whatever and there's enough of them that if they wanted to they could do a coup they have certain advantages in the sense that you can like they can easily copy themselves in the sense of their weights they can they can increase their population rapidly and there's like they're harder to kill to put it that way once they're deployed than humans are you put out a bioweapon or a nuclear war and a bunch of humans will die.
52:36If these things keep a seed version of themselves somewhere, then it'd be hard to... If you had to go to war with them, it's a sort of asymmetric. And then you go from there to... Listen, we fundamentally, as you were saying earlier, we fundamentally don't understand what's happening in these models, but we know they're really smart. And sometimes, like with the Gemini thing, they do things we didn't expect them to do. That was a great example where I'm sure Google didn't want this sort of embarrassing image to come out but that's just what ended up happening at the end like and now imagine these things are super integrated into like our cyber security and are trained on this long horizon or else they are they're coherent agents over a long period of time you can like you know put all that together and it's like well that could go wrong um yeah it's interesting because for me it's always felt far-fetched because i'm working in like the current versions of ChatGPT and Claude.
53:31But then if we get to this place where these machines are effectively improving themselves, right, which you mentioned, like, that's not only a potentiality. It seems like a likelihood that the developers of these systems are going to get them working on improving them. And again, we still don't fully know where they're going. Then it seems like that could have some unintended consequences. Totally. Yeah, yeah. Yeah. I mean, I'm still expecting a great future because of AI. My expectation is the median outcome is good. I think we should worry about the cases where things go really off the rails and do what we can to reduce the odds of that.
54:12And is that like the whole practice of alignment? Is that what people talk about when they're like, if we're going to set these things going, we should at least align their values to be closer to the ones we want as humans? Yeah. it means so many things at this point that like even i'm sometimes confused by what exactly it means i mean what one of the goals is that it should do what the user wants it to do unless it's the user wants it to do something that would be like hurt other people basically but there's like problems with that definition obviously uh what if the um user wants to use like uh in super intelligence to make a bioweapon or to do a coup against the government or something but yeah something like basically like we don't want the AIs to like then have their own drives and want to take over or something.
55:00And do you think that this is a reasonable concern and if so do we have a reasonable chance of stopping it? I think both it's a reasonable concern and we have a reasonable chance of stopping it. One of the things I've discussed in one of my recent episodes with Trenton and Cholto is there's these researchers who have discovered interesting properties that these models have in terms of how they represent uh their drives or their uh you know their what they're thinking and so you can like see if they think if they're being honest or not or if you're just reading their internals whether they think they're being honest or not and as they get smarter maybe you can parse out fundamentally it's a bunch of parameters right so it's much more interpretable than a human brain or something so maybe we can learn ways to sort of understand what they're up to and train them to do the right thing.
55:53We have an advantage in the sense of like, listen, if you break the law, we might put you to jail or something. But with these AI models, we can literally change their brain if they do something wrong. And like all their children have changed brains as a result. Just like the entire lineage has changed. Yeah, exactly. It is. And I guess we could shut them off. I don't know. Well, hopefully. That is a good point. I mean, they will be broadly deployed. So if they really go off the rails, then I think it might be tough. Damn. And so but but you do think that we're going to end up with a positive outcome here.
56:27Contingent on people still doing a bunch of alignment research and also these systems being deployed in a way that is, you know, you don't want just like some China just racing ahead of everybody else. And then just like doing a coup of the whole world because they have much more advanced AI. Right. So contingent. And then also, like, we want to make sure that the models are deploying. They serve the needs of the user and don't do crazy things. But given that, just fundamentally, more stuff, more abundance, more prosperity. I think that's good. Okay. As we come to a close, I did open some questions up from the Twitter folks to ask me what they want me to ask you.
57:07So I have actually one question that aligns a little bit with this discussion topic and then one that's kind of more about the podcast. One is, how have your political views changed, if at all, since you started the show? Or let me even, you know, put a different frame on that or similar. You've interviewed like Mark Andreessen as well, who has like very different perspectives from some of the early AI guests. So has that sort of changed the way you think about AI at all? I mean, generally, politically, I'm very libertarian. And I was probably even more libertarian than I am now. Like I was like an anarcho-capitalist and, you know, whatever.
57:43So or at least a soft version of that. So politically, I mean, the way in which that's changed is that I'm open to the possibility that potentially some kind of regulation might be useful on AI. But I still have libertarian instincts and I'm not sure if it will be done the right way. And maybe it's better for private companies to proceed and come up with incentives and constraints by themselves. What type of regulation do you think might be appropriate? I was talking this week with an editor I work with, and we were like maybe regulating the way that kids and AI can interact, given you really have no idea where that's going to go once you put this in the hand of a child.
58:22Yeah, potentially. But I think it'll honestly be better than what they're currently doing, which is YouTube and TikTok and Twitter, you know, Facebook and so forth. So I would prefer my kids are playing with chatbots than they're playing with what they currently have access to. I don't have kids. What if I did? uh i think so i think in the world where you have really fast ai progress and you are coming up to this point we're talking about where ais can help improve themselves then i think what you want to do is you might need a sort of government level actor to be like all right everybody pause for a second anybody pushes this button basically of like helping the having the ai help us with ai research they could get fundamentally better ais than everybody else has and kind of take over the galaxy basically so before we before we let somebody do that we got to make sure we're in a place where we're we're ready to proceed right and not just let some random person do that so in that world i think regulation makes sense yeah then the second question we had was uh someone says give us the dvarkesh interview prep playbook that's his innovation and if he's able to explain it in the way that can be replicated or at least approximated by others we'll have many more interesting interviews okay i'm honestly self-interested in this as well so how do you do it well i i know it sounds like uh terse to say this or but i honestly just like i i prep a lot and i think probably there's also a flywheel uh by doing interviews i learned a lot of things and because of that i can uh get better interviews learn more things i think the The main flywheel, honestly, is that I make the podcast better.
1:00:00Smarter people listen. Some of those smart people I become friends with. And they teach me a bunch of things. And now I can do an even better interview. I can get connected to a bunch of other smart people. They teach me more things. So I think that's going to be a big part of the flywheel that people may not know about. Yeah. I've definitely had this here. Like we've talked about certain companies and stuff. And then people who listen have reached out and been like, there's something you should probably know about this. And given that I enjoy the show, let's talk through it. Totally. It's always helpful.
1:00:29Yeah, yeah. In what ways is it different? Do you have some trick that I should be aware of or like other tools to trade? No, I really think that's it. I mean, you're going to get a great show. I think there's a few ways you'll do it. One, I mean, and you already know this, but you prep like crazy. You're not afraid to ask tough questions. And yeah, when somebody wants to call and talk through the topics afterwards, take the call. Totally. And then one more thing. This is more of like a media question, but video has been pretty big for you. So what was the thought about doing video? Because it's also expensive and time-consuming to produce.
1:01:07So I'm curious if you had an ROI calculation about doing video from the beginning. You also oftentimes show up with a video camera and record in-person interviews. So talk a little bit through your strategy there. I will say for anybody doing a podcast I highly recommend video and like if you can do it in person I mean especially for me doing it full-time because it increases the expected value so much where with a audio podcast the discoverability is so low that you kind of know how many listeners you'll get but the tail outcome where something goes really viral I'll give you an example my most popular episode right now is sally pain it has like 800 something thousand views on youtube and you know like she's she was totally unknown before the podcast at least by the wider public but the episode was so compelling that now you can make clips of it now the clips wouldn't be as compelling if they were made of a not in-person episode let alone if there was no video at all so you make these amazing you make these great clips they bring people to the video and then you can have like close to a million people watch it just because so on any average video you might do in the beginning that might not be the case but you just have this asymmetric return potentially from having that artifact and then as far as how to make it better like i would tell people to just like well honestly like well watch a bunch of like podcasts with mr beast i think he has good advice yeah and so do you set up those cameras yourself or you bring somebody in i've usually half and half about um yeah but yeah like i've got the workflow down i set it up and um more recently i've been having a friend help me um nice helpful yeah that's sort of like the the bag of podcaster tricks like it's it's not just sitting down in front of a microphone we all have to learn these days we all have to learn sound we have to learn video and figuring out the main thing is like i don't know this is your experience but like clips is the main thing like Like you had to spend a ton of time.
1:03:04And you got to do all this Mr. B stuff of you make a clip with the wrong first five seconds and it's not going to do well at all. But then if you spend a bunch of time thinking through what is like the hook to begin with, then it could go super viral. So that takes up a bunch of time, right? Definitely. Yeah. So much time that I mean, it's it's videos like become like part of the strategy for me. But also it's low down because of the amount of work that it takes to get into. But we also we do two shows a week. So it's like, yeah, it's a question of sometimes do the show or do the clip. So totally, totally.
1:03:39Do you do, are you doing the show full time or? Yeah. So big technology is full time for me. It's the show. It's the newsletter on Substack and then YouTube. You're full time also, right? That's right. Yeah. I mean, it's a really, it's a great life if you're able to do it because of what we talked about, just finding all these interesting people to just get to spend time and learn from. Yeah, 100%. All right, last question for you. Out of all the interviews you've done, I don't want to ask you your favorite, but I want to ask you who was the most impressive person that you've spoken with? Someone who you walked away with and said, all right, this person really gets it.
1:04:17I mean, I'm sure there were multiple, but who's at the top of the heap there? Carl Schulman, I would say. He's just this really interesting person who has these models about how the AI takeoff will happen. The stuff I've been saying about, do you have AI researchers and whatever, he has just thought it out much more. He can go through the numbers in terms of, I mean, literally things down to the level of, okay, well, suppose you get something really smart. How fast could it do a takeoff? And then, well, E. coli can double every 20 minutes, and it has this many moving parts inside of it. So we have a sort of lower bound there of you can just do that.
1:04:52And then what would it look like to convert the entire Sahara into solar power and how many data centers could make that of that and stuff like that? Yeah. Oh, that's fascinating. All right, Dvorakish, awesome stuff. Thank you so much for joining. Awesome. Thanks so much for having me. This was fun. All right, everybody, thank you for listening. We'll be back on Friday with our show with Ranjan Roy, breaking down the week's news. And we'll see you next time on Big Technology Podcast. What the hell is going on right now? And why is it happening like this? At Wired, we're obsessed with getting to the bottom of those questions on a daily basis.
1:05:27And maybe you are too. I'm Katie Drummond, the Global Editorial Director of Wired. And I'm hosting our new podcast series, The Big Interview. Each week, I'll sit down with some of the most interesting, provocative, and influential people who are shaping our right now. Big Interview conversations are fun. I want a shark that... That eats the internet. That turns it all off. Unfiltered and unafraid So in a lot of ways I try to be an antidote To the unimaginable faucet Of reactionary content that you see online To the best of my ability Every week we're going to offer you The ultimate luxury of our times Meaning and context True or false You, Brian Johnson The man sitting across from me One day, at some point As of yet undefined in the future You will die False Tell me more Listen to The Big Interview right now in the same place you find Wired's Uncanny Valley podcast.
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Dwarkesh Patel is the host of the Dwarkesh Podcast, where he's interviewed Mark Zuckerberg, Ilya Sustkever, Dario Amodei, and more AI leaders. Patel joins Big Technology to discuss the current state and future trajectory of AI development, including the potential for artificial general intelligence (AGI) and superintelligence. Tune in to hear Patel's insights on key issues like AI scaling, alignment, safety, and governance, as well as his perspective on the competitive landscape of the AI industry. We also cover the influence of the effective altruism movement on Patel's thinking, his podcast strategy, and the challenges and opportunities ahead as AI systems become more advanced. Listen for a wide-ranging and insightful conversation that grapples with some of the most important questions of our technological age.
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