In short
Hard Fork Live 2026, Part 3—“Differing Visions of an A.I. Future,” focusing on how quickly AI could automate AI R&D and whether progress is bottlenecked by compute or by real-world constraints; includes live Q&A plus a robotics segment.
Guests (backgrounds)
- Daniel Cocotelo: co-author of AI 2027 (2025), forecasting AI could upend the world; updates timelines since publication.
- Sayash Kapoor: AI researcher at Princeton; co-author of AI as Normal Technology, arguing AI diffuses like prior technologies and “sudden takeoff” is unlikely.
- Dwarkesh Patel: podcaster/YouTuber; runs media/education focused on AI (e.g., Blackboard series).
- George Iekis: director of engineering at Toberlife AI; distributes humanoid robots (Unitree-type) and sells industrial quadrupeds.
Key claims
- Cocotelo: best estimate for AI models that do their own AI R&D is ~50% by late 2028; coding agents will keep improving, with later bottlenecks shifting to research “taste,” management, and other non-coding parts.
- Kapoor: skeptical of sudden takeoff; bottlenecks include real-world sample efficiency and reliability limits (e.g., hallucinations constrain task success in domains like law).
- Both: agree “humans in the cloud” (strong AGI) is not “normal technology,” while weaker AI is.
Notable examples
- Hallucination/reliability limits in legal tasks vs easier feedback loops in software.
- AI as Normal Technology vs AI 2027 framing; debate over whether recursive self-improvement leads to ASI.
- Robotics: humanoid robots used mainly for data collection (research households; industrial quadrupeds for inspection/security); one robot “Toby” briefly falls during a live demo.
Written by AI. May contain mistakes. Listen to the episode to check what was said.
Chapters
Tap a time to open that second in VOAI Development and Legacy Code
0:00 to 0:24
Explore how AI tools can create projects while managing legacy systems.
“Any AI developer tool can create a brand new project from scratch.”
Introduction to Hard Fork Live Highlights
0:30 to 2:17
An overview of discussions featuring Daniel Cocotelo and Sayesh Kapoor about AI's future.
“Well, Casey, we are still on our annual summer vacation.”
Introducing Guests Daniel Cocotelo and Sayesh Kapoor
2:17 to 2:37
Meet the speakers with differing views on AI and their backgrounds.
“We will be back in two weeks to our regularly scheduled Hard Fork programming.”
Debating AI Timelines and Predictions
2:37 to 4:23
A discussion on the timelines for achieving advanced AI capabilities.
“with two people who have very different views about how AI is going right now.”
Challenges in AI Adoption Across Domains
4:23 to 7:18
Exploration of bottlenecks in AI automation and domain-specific challenges.
“Yeah, that's like a little bit later than Anthropic expects, I think.”
The Path to AI Research Automation
7:18 to 9:36
Insights into AI research automation and expected advancements in the near future.
“sort of speculation or scary science fiction was a term that some people were throwing around a lot.”
Views on Recursive Self-Improvement in AI
9:36 to 12:10
Discussion contrasting beliefs on the potential for recursive self-improvement of AI.
“And then the type of system that can do absolutely everything is probably not far off.”
Evaluating AI Progress and Future Bottlenecks
12:10 to 14:01
Analysis of historical AI progress and current challenges towards advanced AI.
“I think are probably two of the most important questions that we will ever ask on the podcast.”
AI Predictions and Skepticism
14:01 to 22:30
The discussion centers around the evolution of AI models, the skepticism towards predictions made by the AI community, and the potential future of AI technology.
“Yeah, let's pause there, because that actually seems really important to me, because that's been my observation as well.”
Impact of AI Discourse
22:31 to 25:30
The hosts reflect on how their writings are interpreted by various audiences and the dynamics of public discourse on AI.
“And I think I speak for both of us when I say that this is a very dangerous precedent.”
Show all 25 chapters
Introduction to Humanoid Robots
27:10 to 28:00
The hosts introduce George Iekis and Toby the robot, discussing humanoid robots and their capabilities.
“One thing we know for sure is that no matter what happens with the future of AI, it will be extremely fun to talk about robots.”
Introduction to Toby the Humanoid Robot
28:00 to 30:01
The hosts engage in a light-hearted introduction to Toby, a humanoid robot, highlighting its capabilities and quirks.
“Yeah, it's sort of like a dead fish handshake.”
Humanoid Robot Use Cases and Market
30:01 to 31:34
Discussion on the various applications and market for humanoid robots, including data collection and research.
“So, George, what is the use case for these other than doing dance demos and sometimes following over?”
Pricing and Functionality of Humanoid Robots
31:34 to 33:11
Exploration of the costs associated with humanoid robots and their functionalities in different settings.
“with them so like more or less than ten thousand dollars more more more okay that's a great question The ones I was getting to are like in the 50 to 70 range, the ones with the hands.”
Concerns About Data Security and Regulation
33:11 to 34:19
Addressing security concerns regarding data sent by Unitree robots and potential regulatory actions against them.
“So there are things that people will be like, oh, it sends data to China.”
Toby's Dance Routine and Farewell
34:19 to 35:13
A fun moment where Toby showcases a dance routine before concluding the segment with the guests.
“Yeah, if they're going to ban all Chinese humanoid robots, I wouldn't be too stoked on that.”
Chat with Dwarkesh Patel on AI Perspectives
36:51 to 42:01
A conversation with Dwarkesh Patel on the advancements and implications of AI in various fields.
“We are in the homestretch, but we had one more friend of the pod who we just wanted to bring on and have a little bit of fun with before the end of the show.”
Human Work vs. AI Capabilities
42:01 to 43:42
Discussion on the limitations of AI in complex human tasks and negotiations.
“That wouldn't happen in the world with HCI, right?”
Continuous Learning in AI Models
43:42 to 45:42
Exploration of the challenges AI faces in continuous learning compared to human learning.
“to the forefront of the industry's conversation, I would say, over the past year has been the failure of these models when it comes to continuous learning, right?”
Tech Executives and AI Conversations
45:42 to 46:52
Examination of why tech leaders are hesitant to discuss AI restructuring openly.
“And maybe just by doing enough RLBR, or you build something that can just pick up whatever Kissinger picked up through his life that through interacting with the world.”
Challenges in Education Reform
46:52 to 48:15
Consideration of the difficulties in adapting education for future job markets.
“I think at the end of the day, I hope the product speaks for itself.”
Privacy Concerns in AI
48:15 to 53:41
Discussion on privacy regulations and the implications of AI in data ownership.
“Yeah, and Conan O 'Brien needs a friend.”
Optimism for AI's Future
53:41 to 56:03
A hopeful perspective on AI's potential benefits in science and personal development.
“I got these from, like, online unspecified.”
Embracing AI in Education and Creativity
56:03 to 57:00
Explore the optimism surrounding AI's role in education and creativity.
“So that is my case for optimism, is that we sort of muddle through the transition from the old jobs to the new jobs.”
Playing Crossplay with Colleagues
58:12 to 59:00
Sharing experiences playing a word game with colleagues and learning new vocabulary.
“I've been playing against Dan, my colleague at the New York Times.”
Transcript
Automatic transcript. May contain errors.0:00Any AI developer tool can create a brand new project from scratch. That part's easy. The hard part is working with the code your business already runs on. IBM Bob is a new AI development partner that helps you do the hard job. Moving your technology into the AI age without losing the legacy code your business was built on. Let's create smarter business. IBM. This episode of Hard Fork is brought to you by our Hard Fork Live 2026 sponsors. Premier sponsor IBM, associate sponsors Everpure, Pure Leaf, and the University of Notre Dame, and supporting sponsor Atlassian.
0:59Well, Casey, we are still on our annual summer vacation. And can you believe there is yet more amazing stuff from Hard Fork Live that we have not shared with our podcast listeners? There is. In particular, we had a really fun discussion at the event between Daniel Cocotelo and Sayesh Kapoor, who have somewhat different views of how fast the AI conversation is going to go. We've heard them debate before. We wanted to sort of have an updated discussion with them now that it's been getting close to a year since the last time they had it. So I think you'll really enjoy hearing what they have to say about that.
1:31We also had the great podcaster Dwarakish Patel stop by and hang out for a bit, tell us a little bit about what is on his mind. And just to round it out, we took some live Q &A and heard what was on the minds of our audience after a spectacular Hard Fork Live 2. So these are all conversations that I would classify in sort of the same bucket of like insider sense making. People who are deeply enmeshed in the AI scene in San Francisco, trying to understand and explain what is going on, the pace of progress, the trajectory of these models to the outside world. And Sayosh, Daniel, and Dwarkesh are among the three most gifted people I have ever heard try to explain this stuff to an outside world that doesn't always know exactly what's going on.
2:13It's a great set of conversations. We think you'll really enjoy it. This is our final installment of our episodes from Hard Fork Live 2. We will be back in two weeks to our regularly scheduled Hard Fork programming. In the meantime, enjoy your summer. Wear sunscreen.
2:36So this next segment I am so excited for because we're going to have a conversation with two people who have very different views about how AI is going right now. Yes, we have Daniel Cocotelo with us tonight. He is the co-author of AI 2027, a report that many of you, I'm sure, have read. This came out in 2025 and laid out a vivid scenario or account of how AI could fundamentally upend the world, achieving tasks like autonomous coding and R &D. He's since updated that prediction a few times. We'll ask him about that. And he'll be joined by Sayash Kapoor, who is an AI researcher at Princeton, with a very different view of the future.
3:15He's the co-author of AI as Normal Technology, which looks at evidence that AI is much like previous technologies that have upended the economy, that take a long time to diffuse through society. We've invited them both here tonight because we saw last year a very interesting debate that the two of them had at an AI conference called The Curve. We thought it was so interesting that we decided to bring them back tonight and hear how their views have evolved since then and where they continue to disagree and where they might agree now. So please give a warm welcome to Daniel Cocotelo and Sayash Kapoor.
3:53Hey, Daniel. Hey, Sayash. All right. So, Daniel, Kevin mentioned this up top. You have updated your timelines a few times since you first published AI 2027. Give us the most up-to-date view of your thinking. what's your best estimate for when we will achieve AI models that can do their own AI R &D? Probably 50 % by late 2028. Okay. That's soon. I'm thinking about the calendar. That's two years. Yeah, that's like a little bit later than Anthropic expects, I think. Things take longer than you plan for, you know. Which is a point that Sayash makes sometimes. Sayash, can you summarize where your views are today?
4:37My sense is that you do not believe in the sort of sudden takeoff scenario that some other observers believe in. That's exactly right. I think the main reason for that is basically this disagreement boils down to whether the bottlenecks to this intelligence explosion, the bottlenecks to automating R &D are all computational or whether they rely on real world bottlenecks that will be really hard to automate away. So I guess this is one place where we disagree. I think that in a lot of domains, making these advances won't be as easy as it had been in coding. And to really get to sort of artificial superintelligence, you need to cover all of these different domains.
5:13You need sample efficiency across the board, which is much easier to do in a field like programming where you have these simulators, these virtual environments, but much harder to do in the real world. And, you know, some evidence bears this out. Adoption of AI systems has been indeed far slower in other domains as opposed to coding. So give us an example of what these bottlenecks are? Because I talk to a lot of AI researcher folks, and to them, at least the way they make it sound to me is, look, eventually the model just gets good enough, and then it's game over. You're saying that there's something that exists called a real world, and I'd like to hear more about it.
5:47I mean, look, I mean, to be honest, I think these are just two independent, self-consistent worldviews about the future of AI. And the reason that Daniel and I have had such productive conversations is that we're basically trying to figure out where these worldviews differ. Now, Now, speaking of, I think like Daniel's actions and Daniel's predictions are entirely self-consistent with the worldview that we'll get to AI systems at this point. Unfortunately, in order to get evidence, we are going one way or the other. We need to actually carry out lots of evaluations. We need evaluations to be of a much higher standard than we have today.
6:19So to give you one example of a bottleneck, the other day I was talking to a lawyer friend of mine and, you know, he uses these tools. He's very bullish about them. But what has turned out to be the case is as he started using these tools for bigger and bigger tasks, the rate of hallucinations, the rate of unreliable outputs has sort of remained the same, right? It's not because the AI systems haven't gotten better. They indeed have. They are so much better today than they were just a year ago. But the fact is that the tasks that you can do with these systems actually are bounded by the rate of hallucinations or the reliability.
6:52And that's one place where AI systems continue to struggle. And in a domain like software engineering, where you have this instant feedback loop, where you can actually run the code and see what the output would be, it's a much easier bottleneck to address, as opposed to something like the law, where even the right answer is not obvious to a domain expert. Domain experts can reasonably differ in the approach that they take. So this is just one example of a bottleneck in a domain where the right answer can be a bit more subjective than encoding. Daniel, I think when AI 2027 first came out, there were some people who dismissed it as sort of speculation or scary science fiction was a term that some people were throwing around a lot.
7:27I reported on this. I talked to you and your co-authors then. I know that you grounded this in like real like forecasting work, like months of trying to figure out what would happen as the technology got better. And I will say like a lot of that has come true already. So you predicted in your AI 2027 that we would start to see large parts of coding become automated. That much has come true. I was reading today, someone was copying and pasting something that you had written about Frontier Labs sort of restricting the use of their models for Frontier LLM development, something that has happened this week with Claude Fable.
8:03So what are the things that you think will happen if your scenario continues to mostly hold for, let's call it the rest of 2026? What are we going to see this year? So we're not going to see an intelligence explosion this year in the scenario that happens next year. That's close. So that's nice. I think... Intelligence explosion being recursive self-improvement leading to sort of out-of-control, runaway, superhuman AI. Yeah, or to put it another way, just fully automating the AI research process, causing AI research to happen even faster than it currently happens. And it's currently happening at a very fast rate compared to many other technologies.
8:42but yeah I would say the coding agents are just going to get better and better and that maybe a year from now maybe two years from now they will be good enough that you can sort of say they've automated coding fully they haven't fully automated coding yet but like maybe in a year or two they'll have fully automated coding at which point the bottleneck will be research taste and management and you know all the other aspects of the AI research process besides the actual coding. And then the companies are going to turn towards resolving those bottlenecks and teaching their AIs to do those skills as well.
9:16And that's going to take some time, but it's going to go by faster than you might think when all the coding has been automated. Once they've finished doing those things, they won't have super intelligence immediately. You know, the first AI system that can do the complete AI research process probably won't be able to do various other things. But once they've fully automated the a research process, things will probably go faster and faster. And then the type of system that can do absolutely everything is probably not far off. Sayaj, do you believe this sort of recursive self-improvement is possible?
9:47I mean, in some sense, I think the process of recursive self-improvement started like six decades ago. In fact, the entire history of computing has been one where we develop tools that then aid us in the development of better tools. We've developed compilers that have allowed us to be like two orders of magnitude better at programming. We've developed frameworks on top of that. We've developed entire systems and libraries that allow us to do things that would frankly take like an experienced software engineer years or decades of time if they were using assembly language. So I think in some sense, this loop has been kickstarted already.
10:19This loop is something that the entire history of computing bears out. What I disagree with in terms of like Daniel's predictions is whether this process will naturally lead us to a point where we develop the automated AI R &D researcher, or whether humans will continue to have this edge and teams of humans with AI will continue to sort of outperform AI alone, and whether this process will lead to artificial superintelligence. I actually think that it's a very plausible scenario for me that we get this sort of recursive self-improvement, that AI systems do indeed continue performing better and better at AI research tasks.
10:54But the end process of that need not be ASI. The end process could just be far more capable models than we have today, perhaps following the trend of previous technologies, and yet not the point where we have these systems that outperform humans, the top human experts on everything, which is, I believe, the definition of ASI. Perhaps we should talk about the point of agreement. Yeah, yeah. What's the point of agreement? Yeah, so we wrote this blog post together, the authors of AI as a Normal Technology and AI 2027, where we talked about the things that we agree on. And correct me if I'm misstating it, but roughly speaking, we talk about what you might call strong AGI or like humans in the cloud, like AIs that can sort of do all the cognitive tasks or the tasks you can do at your computer, as well as professional humans or as well as the best professional humans.
11:39And I guess the headline is, I agree that AIs that aren't that powerful are still normal technologies. And they agree that AIs that are that powerful are not normal technologies. Exactly. Or like the normal technology thesis sort of stops being accurate or helpful in a world where we have like humans in the cloud, let's say. Yeah. The reason that we spend this time talking about recursive self-improvement is that RSI is kind of the moment that observers believe is kind of the scariest moment in the development of AI. It becomes ever harder to control. And so how far away are we from it? And is it possible?
12:14I think are probably two of the most important questions that we will ever ask on the podcast. Having heard your, what sounded to me like very sensible objections to why it may not be possible anytime time soon and understanding, Daniel, why you do think it's possible. I'm curious if at the very least you hope Sayosh is right. Would you bring a sigh of relief? Yeah. I would love it if you're right. Okay. Yeah. Okay. Thank you, Daniel. But what do you see that makes you think that he's not right? So I think that I've tried to spend some time thinking about what are the barriers, what are the bottlenecks that could block Anthropic from succeeding in their stated plans.
12:53And none of them really seemed that strong to me, basically. Yeah, so we can go through them bit by bit. Like data efficiency, you mentioned. It does seem like AIs currently are less data efficient than humans, but that also seems like something that companies could probably make rapid progress on if they tried. And also separately, it may not actually be that important for automating the AI research process. It might be that you can sort of like 99 % automate the research process without getting that data efficiency to human level. And then even though that's not like quite there, even a 99 % automation would speed things up quite a lot, which would then allow you to do, you know, a decade or two decades worth of research in a year, perhaps, you know?
13:36So those are, I think, my two arguments for why it seems like we're bringing a pretty close. Another argument, a sort of meta argument that I would make is that I feel like there's been a long history of AI scientists and other commenters making claims about what AIs can't do, like various walls that deep learning is going to hit. And they just keep getting smashed through almost as soon as people are making the claims. And I just feel like that's probably what's going to happen with data efficiency, for example. Yeah, let's pause there, because that actually seems really important to me, because that's been my observation as well.
14:07And it's why I am more inclined to believe the labs when they make grand pronouncements, right? So, Saj, I'm curious, I was like, what is your relationship to that? Because you've also seen these models come along and blow away the benchmarks and see the evals get saturated. We have to make new ones. In fact, you've been making your own evals because the old ones got saturated. Yeah, I mean, we've worked on several evals that, for example, Anthropic has used and were saturated with the release of Opus 4.5. We were the first ones to say that, look, this is like solved now. And I think this progress will continue.
14:33I think as long as we can specify things well enough, we'll continue to build AI systems that can solve those tasks. Where I differ perhaps is whether the natural endpoint of this process is something like, you know, we solve data efficiency. I'm skeptical about that for a couple of reasons. First, you know, sample efficiency or data efficiency is not the only bottleneck to getting what we call humans in the cloud earlier. And the past sort of, if you look at past progress in AI, we've continued to develop these more general systems, but at any given level of generality, we've been really bad at predicting what the bottlenecks to the next level are.
15:08We've been really bad at knowing when we solve those bottlenecks and what underlying transformative breakthroughs are needed to solve them. And, you know, like as evidence of that, perhaps we can take the transformer movement. And before that, we can take all of the skepticism about neural networks that pervaded the research community in AI. And, you know, it took a matter of like a few years until the community pivoted. And now everyone is all in on transformers. But perhaps that's not the right architectural choice either. Perhaps we're sort of yet to discover these new architectures that would allow us to make these data-efficient AI systems, and perhaps those will still not be enough to get us to the point where we have the sample efficiency of humans in the cloud.
15:45So that's sort of the broad stroke of things. I think the AI community in general has been really accurate about near-term predictions, about things that are within the event horizon, so to say, and has been really bad at predicting transformative shifts that sort of change the entire research paradigm. And maybe like credit where credit is due, I think Daniel was one of the few people who got some things right in his report from 2021. Was it about what 2025 looks like? But in general, I would say the community has a very poor track record. Well, say more, but like what's a prediction that they made that just wasn't true at all?
16:16Come again? Like what is a prediction that the AI industry made that just was not true at all? Hmm, I guess like the entire skepticism about neural networks. So from the 1990s to the 2010s, the entire AI community has dismissed neural networks as a joke. Basically, you could count the number of researchers who took you seriously if you worked on neural networks, on like two hands. And it was only through the persistence of a few people like Fei-Fei Li, who released this big data set that led to the deep learning revolution, and Yoshua and Yan and Jeffrey Hinton, who later went on to win the Turing Award for their work on deep learning, that this sort of subfield persisted and eventually was able to disprove claims of skeptics.
16:56And, you know, in the same way, I think the AI community might be hurting too much around, let's say, transformer-based models right now, and perhaps at the expense of other transformative improvements that are breakthrough improvements that are sort of being sidelined because of this community single-minded focus on it. I think an experience that you both have in common and that Casey and I also share is writing things that we think are very measured and careful and precise and then just having people interpret them in the wildest possible ways. You both published your sort of breakout essays, scenarios, and it was immediately, both of them were sort of seized on by these polarized camps.
17:36You know, David Sachs, the former White House advisor, was, you know, posting things about AI being a normal technology and sort of agreeing with you and taking issue with you for changing your forecast. And oh my God, the doomers are, you know, are backed into a corner now. Gary Marcus and J.D. Vance and Bernie Sanders and all kinds of people have used your arguments in support of kind of whatever they already believed. How has that been to watch your work ripple out in maybe these ways that aren't what you expected? Well, I guess I'll go first. It's been a sort of a leap of faith, faith in humanity.
18:14You know, at OpenAI, I was doing scenario forecasts like this too, much smaller, you know, low effort versions, but they were just for internal use only, like I wouldn't be allowed to publish them. And it seemed to me that the world really needs to wake up to AI and what's coming and start thinking more seriously about it. And, you know, the discourse is not necessarily so great. And there's lots of terrible people and lots of terrible takes. And, you know, it's very chaotic and confusing. But we at Air Futures Project are sort of making a bet that like, well, we should say what we think is coming.
18:50We should be clear. We should be articulate. We should explain our reasoning. The discourse will get rolling. Lots of people will say lots of things. Hopefully in the end it will converge towards the truth. Hopefully in the end, it'll converge towards better decision-making on average. And we'll see what happens. I have faith. Sash? I guess the biggest surprise for me was how few people read things in depth. I mean, it was honestly shocking. Like in the first line of the essay, we compare AI to the internet or perhaps the electricity, like electrical revolution. We talk about AI's impact as sort of being at par with perhaps the first industrial revolution.
19:33And people put us in the same camp as Gary Marcus sometimes, which is just honestly shocking. But, you know, like one level deeper, I think it has been really nice to see sort of these intellectual communities use these essays to advance their intellectual thinking. I think perhaps the biggest surprise to me was the fact that like RSA and perhaps both of RSAs were sort of taken so seriously by people who are thinking deeply about the future of AI. And that was really heartwarming. Looking back, have you ever like had second thoughts about using the adjective normal to describe AI? Because I read your writing and I think it's beautifully argued and I share it widely with folks to sort of help them explore, you know, reasons why AI may diffuse more slowly than other folks think.
20:17And yet I have never really thought that AI was all that normal. You know what I mean? I do understand that. I mean, I guess part of it is the fact that we have been in these cycles of discourse where at least the people who are thinking seriously about AI take it for granted that AI is transformative. And we do too. Now, within that discourse as well, there's this huge spectrum of opinions, right? Like even just between the two of us, I think AI will be as impactful as the internet. Daniel perhaps thinks this is the most important invention in the history of humanity. And, you know, how do you put yourselves on that spectrum?
20:52So this was the debate that we felt was really worth having. Like, we're not interested in the takes of people who think there's nothing to see here. Like, we actively sort of distance ourselves from that, let's say, in the first paragraph of the essay in a lot of our writing. And I think this is the debate that's worth having. So within the context of this debate, I don't know, like, I feel like it's a fair description of where we lie on the spectrum. And I don't know if you agree, Daniel, but I think it's also been helpful between us to clarify where we stand on this technology. And to just say that, you know, today's AI is normal technology, I think is like a really powerful statement.
21:26And of course, this doesn't discount the importance of the technology. It does not discount the importance of taking its societal impact seriously. But it does sort of put things into perspective compared to the view that Daniel perhaps has about the future of AI. Yeah. So, you know, AI 2027, because it warns us that these sort of very disruptive changes are coming very soon, has a sort of like natural set of policy responses that we might want to see in response to that. What is the right policy response to AI is a normal technology and it's going to take longer than Daniel says? I mean, one thing that I don't know if you'll find surprising, but maybe many people here will find surprising is that Daniel and I share a lot of common ground when it comes to policy responses.
22:12I think both of us value transparency immensely. Both of us value the ability of external third parties to be able to see what's going on inside companies. In fact, I mean, we were just talking backstage about Anthropik's release of Fable 5 and the fact that the model purposefully is degraded for tasks involving AI, R &D. And I think I speak for both of us when I say that this is a very dangerous precedent. We shouldn't be fine-tuning our models in such a way that they lie to the customers. Companies shouldn't be sort of allowed to do this. They should act in good faith. And so that's the sort of thing where we have a lot of policy agreement.
22:50I do think there are areas where we diverge. For example, there might be sort of the more in these more aggressive scenarios, you might want a conditional slowdown. You might want companies to pause. Whereas when you consider AI as normal technology, the benefits of diffusion of AI and the development of more capable AI systems perhaps outweigh the risks a little bit more. But at least in the near term, and it was funny when we sort of, I spoke to Thomas, who is another of one of the co-authors of AI 2027. we spent hours trying to figure out where it is on the timelines that we actually disagree.
23:25And it was funny because we couldn't find any near-term disagreements. I mean, we wrote this blog post together where we say that, you know, I agree completely with the events of AI 2027, or like at least find them plausible until the end of 2026, which is a long time. We wrote this last year. And so in some sense, I think there is much more common ground in terms of policy than you might think. You guys are being much too agreeable. Daniel, what is something you are worried about more than Sayosh is? And then I'll ask the same question of Sayosh. What is an AI risk that concerns you more than you think it concerns Sayosh?
23:59Well, in general, strong AGI or super intelligence, that sort of thing. Main one would be loss of control. Number two would be concentration of power. There's a whole bunch of other ones besides that, but I'll stop there. I can elaborate if you like. Those seem pretty bad. Sayosh, what about you? Actually, this is another thing we were just talking about backstage. age, I mean, I was surprised to hear that we disagree far more or like I'm far more concerned about military uses of AI than Daniel is. I mean, it's on the list. It's just a couple notches down. But I mean, like, as you both know, in the essay, we explicitly carved out military air because we felt like we weren't the right people to comment on it.
Read the full transcript
24:37And, you know, people who are experts on this, like Michael Horowitz, have used our frame to argue that military air, at least today, is a normal technology in its view as well. But frankly, the actions that are being taken by countries worldwide, by nation states, are pretty, pretty, pretty darn alarming. I mean, I think we shouldn't take it for granted that companies or countries can use kill bots. And that is not something that requires further technological investment either. It's not something where we have any technical bottlenecks we can use, like off-the-shelf computer vision libraries to basically build killer robots today.
25:09It is actually something where we need to exercise a lot of agency. and I'm not really positive about where things are going right now on that front. Well, I truly believe that whatever is about to happen to us lies somewhere in between the views of these two people. So we will continue to pay very close attention to your work. Thank you so much, Daniel and Sayaj. Thank you for joining us. Thanks, guys. That was fun. Thank you. Thank you. Thank you. Thanks, Ash.
25:40We'll be back with more HardFork Live after these messages.
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27:20One thing we know for sure is that no matter what happens with the future of AI, it will be extremely fun to talk about robots. Yes. So we have already shown you, I think, more than 10 robots tonight, including members of our robot choir. But we have one more very special robot guest tonight. We are about to bring on George Iekis. He is the director of engineering at Toberlife AI, a robotics company in Silicon Valley that is one of the leading distributors of humanoid robots, specifically these unit-free robots from China. And we are going to be joined by George and Toby the robot. George and Toby, come on out.
28:02Thanks for having me. Good to see you. George. You're a very convincing humanoid. Oh, no, wait. That's Toby.
28:14Do we shake hands? Okay. Try it here. Hi. Short King.
28:23It's great. I appreciate the weak grip strength. It gives me comfort. Yeah, it's sort of like a dead fish handshake. Yeah. Now, he is advancing on me. All right. Oh, okay. Wow. Now, we're going to talk about all the things that Toby and his brethren can do, but we heard that Toby can actually dance. Is that true? That is the case. Okay. Can we see that? Toby, can you dance for us? Dan, will you help us out? Hit it, DJ.
29:05Oh, Jesus Christ.
29:11Listen, we've all been there. Sometimes you just dance to the drop. This robot left it all on the dance floor, ladies and gentlemen. Could have been an operator. Thank you. Thank you, Toby, for your sacrifice. You will not be forgotten. We'll add you to the In Memoriam next year. Now, is Toby capable of standing up? Is he okay? Yeah, probably just a misclick on the controller end. He's not autonomous right now. We're so back. He's absolutely fine. They're quite durable. Yeah. Oh, my God. That was not in the script. Yeah. No.
29:50I'm sorry. We've traumatized our audience here tonight. I'm so sorry.
29:58Now, George, were you the choreographer on that? Nope. Okay. Well, it was great choreography. So, George, what is the use case for these other than doing dance demos and sometimes following over? Who is buying and renting these humanoid robots from your company, and what are they doing with them? Well, right now, the early market for the humanoids is the research market. People want to collect a lot of data. You guys had the Neo folks on specifically Burnt, right? And they're deploying the humanoids into households to try to collect a lot of data in households. People with the Unitree robots are also targeting different use cases.
30:33Different companies are pursuing different verticals with them and trying to get big data sets and train models on these humanoids. There are also a set of robots that we also sell, which are more reliable, more industrial right now, called Quadrupeds. and probably easier just to remember them as the dog robots. You can put LiDAR on them. Put different sensors. But a mask goes Mark Zuckerberg or Elon Musk on them. We saw that earlier tonight, yes. I forgot about that. Somehow, somehow I forgot about that. But they are practical for like inspection use cases or security patrols. So those are kind of being pushed out into industry and applications more.
31:11And these are on the edge of research and acquiring data to build policies. How much does one of these cost? uh they range in cost if you want one to just dance around uh i don't remember the exact figure on the low level dancing ones but um they're less than the ones that you could put dexterous hands on and then go and collect manipulation data uh with on tasks so you collect data from doing tasks with them so like more or less than ten thousand dollars more more more okay that's a great question The ones I was getting to are like in the 50 to 70 range, the ones with the hands. So like a mid-range sports car?
31:56Yes. Yeah. All right. I have to say, it did not inspire a lot of confidence in me to learn that the primary use case for these robots is data collection. I mean, I think the vision is that these things, as we saw when we talked with Bert from 1X about their robot, as we're hearing about these unitry robots, the dream is that these things will just be in your house and will be doing chores for you, folding laundry, doing the dishes, cleaning the house. What is the timeline for that? Do you think that is realistic? Should people be pre-ordering now in hopes of automating their chores forever? Where are we on the chore spectrum?
32:29I think Bernd's very optimistic. I'd put it a few more years out than he would on terms of being in your house, but in terms of maybe operating in an industrial setting where they can maybe load up a fabricator or something with a material or a part, I think that's in the next couple of years. And there's actually early implementations of that by like Figure and Unitree and Unitree in their factory, Figure and the BMW factory. So people are doing that with these. But the widespread adoption, I believe, in the next couple of years will happen in those settings. Let me ask one question about the data collection.
33:03Some security researchers have claimed that Unitree robots might have a backdoor that could allow remote users to control or monitor what they're seeing. Can Tobii send the data to China? so they do send logging data to china just like every other chinese thing that you can own like a computer or um any other computer chip based thing that connects to the internet that sends logging data they send that but they don't actually like there hasn't been an established thing that sends camera data or telemetry data of the joints to China. So there are things that people will be like, oh, it sends data to China.
33:46It's like, yeah, and your computer sends data to Microsoft, and it's because your computer crashed and it needs to send data to Microsoft. Right. I think the difference is in this case that Unitry is a Chinese company, and some members of Congress have become very worried about the fact that these are now being sold in the United States. Some have even proposed banning the importation of these specific unitary robots. How likely do you think that is? And would that be a big hit to your business? What's your plan if they ban these? It'd certainly be problematic. There's not a lot of American alternatives.
34:17I wouldn't like that. Yeah, if they're going to ban all Chinese humanoid robots, I wouldn't be too stoked on that. So I don't know how much more to say. Well, much to consider. Before we let you go, does Toby maybe have, you know, one more cool routine he could show us? Yes, he does. Take it easy. All right. DJ Dan, will you help us out again?
34:54It's great.
34:58this is like what happened the last time casey had a long island iced tea at the club all right okay fascinating george and toby thank you for joining us thank you ah
35:17you're so good i believe in you
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36:51All right, gang. We are in the homestretch, but we had one more friend of the pod who we just wanted to bring on and have a little bit of fun with before the end of the show. Yes, our next guest is friend of the pod and YouTuber and podcast sensation, Dwarkesh Patel. Dwarkesh, come on out.
37:14What's up, guys? Good to see you. Hello. All right. How am I supposed to follow a robot dancer? You could fall over. Yeah. You could just face plant. That would be great. Marquesh, it's been a hell of a year for you. You are firing on all cylinders, doing interviews with Jensen Huang and other tech luminaries. You've got a new Blackboard series that teaches people, you know, extremely dense and esoteric concepts in AI. You also got profiled in the New York Times in April. and they made a big deal of you and your media empire that you are building here. I don't really have a question about that.
37:56I'm just kind of like in awe of what you have managed to build. I'm curious like what you hear when you hear the conversation about AI 2027 versus AI and normal technology. Where are you on the spectrum of like everything is changing? The scaling laws are holding to maybe things are slowing down and we don't quite have the breakthrough ideas yet to get to AGI. I think fundamentally the scary thing is we realize just how far we are from human intelligence, yet these models are so powerful. And so that raises the obvious question, is when they not only have the current advantages that they do, that they can think thousands of times faster, they have greater ability to absorb knowledge across a wide variety of domains.
38:40If anybody's used these models, like coding work or any sort of computer use work, you must have experienced this. And then you think, well, there's this huge overhang where humans are able to learn about new things literally a million times faster. If you think about how much information you see from birth to adulthood versus what these models see, we're capable of retaining information across sessions. We're learning on the job. We're not just like first day on the job the way these models are experiencing things. And so I think that the really scary thing really is that like we know that there's a big difference between where these models are currently and where human intelligence lies.
39:12We're making really fast progress towards human intelligence. Already, these things are so capable. What happens when they not only have their inherent advantages because they're digital minds, but also have all our advantages? You've written and spoken before about how you've tried and failed to automate parts of your own production process with your podcast and your YouTube show. And how hard it's been to sort of get rid of some of the sort of sticky human processes there. Are you having better luck with newer models? Like, is your operation more AI than it was six months ago? So most of the tokens I see in a given day are produced by AI.
39:47And so I can't really come here and say, no, AI is not making me more productive or I'm not using it in a significant way. I think people underrate how hard it is to automate jobs. People underrate how much it takes to do every single thing a human, even white-collar worker might be doing. At the same time, you guys must be fine in this as well, just the ability to tree out user amounts of information, which is a large part of my job, has just gotten way better. Yeah, how have you guys been finding these models? I mean, sort of the same. I do feel like with each of the big leaps in model capability, it becomes better at tasks that are quite useful.
40:24And for example, like the preparing for a podcast, right? If we're sitting down with a guest that I'm not that familiar with saying, hey, go out and prepare a briefing document for me about this person and give me some interesting directions to maybe take the conversation based on things they've said in public in the last three months. I mean, that's absolutely a job that I could have hired for. And now, you know, I can get in about like four minutes on my computer. So that's really useful. Does it make me more productive? Yes. But do I like work less or use the computer less? No. I'm finding something similar.
40:55I like, I want to use these models to automate a lot of my life. And I've been very successful at doing some pieces of it. But there are just things that, now the primary feeling I had, like I got access to Claude Fable yesterday. day. And the primary feeling I had was like, I am too dumb to use this thing. Like, I actually don't know what I would prompt it to do that a previous model would not have been able to do. But I'm not building RL environments. I'm not overseeing training runs. So like, what is the use for you as a media figure and podcaster? Like, what is the thing that you wish the models could do that they can't currently?
41:31I think because we're so, first of all, every time I say something viewership of the models, I put it in the context that we're living in an absurd timeline. And I am reacting to my close friends who are just like, well, you just had some of them on. And we're talking about the singularity in two years. But I feel like we're so used to what these models are capable of currently that we ask these questions like, well, what is it that they can't do? Aren't they clearly already AGI? It's like, no, we all have jobs. That wouldn't happen in the world with HCI, right? Like, just to get them to do something pretty, OK.
42:08So for example, I'm negotiating with a sponsor for next season or something. And they ask for, you do the back and forth there with the relevant context about how we think about our business and stuff. It's probably a one hour horizon task for me or my general manager. The models couldn't do it at all. Or let's say book a show in another city, but book an event like this, right? There's a lot of people who are involved in this. What part of it could the models do reliably? It's like, anyways, all this to say, I think people really underrate what the range of human, even white collar work is. I mean, it seems to me like it might be very helpful in a negotiation though.
42:44Like particularly, I mean, you know, you're not in this position, but maybe you're just, you know, starting a new podcast and you have some interest from a sponsor and you say, go tell me something about this market. And what's sort of the best place to get started? Like I could see it compressing that into a much smaller problem. But to your point, somebody still has to do the rest of the job. Yeah, that's right. I mean, they can't do something on a computer you might want them to do, right? And it's actually quite interesting. Why are they so bad at computer use, given that it's an extremely verifiable domain?
43:10And I think that actually goes to show you that it's not just about verifiability. It's about the ability to... The environment has to be one which allows you to deterministically run many parallel rollouts at the same time. And if you try to do that on Amazon, Andy Jassy will just shut your ass down. And so, you know, they have to build clones every single website because it takes a ton of data in the relevant domain in order for these models to become competent in, like, learning how Amazon works or Slack works. So you've got to build clones of those things. That's very labor-intensive. Yeah, so I think we'll make progress on that as well.
43:40But, yeah. One of the issues that you really brought to the forefront of the industry's conversation, I would say, over the past year has been the failure of these models when it comes to continuous learning, right? So, you know, it's often observed that, like, a good LLM might be better on day one than an intern, but the intern is almost always better after two weeks because they've been able to learn. Are you still as convinced that this is going to be a major hiccup to getting us all the way to AGI? Or have recent developments, maybe any new models, changed the way you think about that? So there's a big crux in how people think about how these models will evolve.
44:17And one side of the discussion says you need some way in which between sessions for a given user, the weights themselves are updating. Because if you think about the way humans learn, there's not like, you know, you're way better at your job than you were the first day you were on your job. Like people often say an employee is not net productive until six months on the job. What is happening to that time? It's not like you're building up this intensely accurate episodic recall of every single thing that has happened to you over the six months, which is what in-context learning is like, that just grows linearly in size as you spent more time on the job.
44:52It's like, you know, there's some distillation back in like a higher level abstraction that's happening over time. And so does there need to be an updating that happens back in the way it's a real question? Some people say, well, no, you just, basically you'll get to a point where these models are spending six months on the job and that six months is happening in context and we're going to train them in such a big variety of RRL environments that they'll learn how to adapt to any given situation you put them in. My question with something like this is, I think that might be enough to get these labs to like a trillion dollars in revenue or something.
45:21Like truly ludicrous outcomes. I'm concerned about or also interested in, well, do we get to super intelligence or something like that? And one question you ask is, how would you build something that is as good as Henry Kissinger in politics? There's no relevant training environment for that you can run in a data center. And so you do need something that can learn that on the fly. And maybe just by doing enough RLBR, or you build something that can just pick up whatever Kissinger picked up through his life that through interacting with the world. Maybe not. You know, the headline coming out of this talk is going to be, Dworka says, Henry Kissinger is good at politics.
45:59So I'm just preparing you for that. LBJ or whatever, the example doesn't matter. You know what I'm saying. Interesting. You have a very old soul. All your references are to mid-20th century. You live in San Francisco with Sholto Douglas, a researcher in Anthropic, and Dylan Patel of Semi-Analysis, a very influential semiconductor newsletter. Have you seen The Rent Man? I've got to split it. Well, that's my question. Semi-Analysis is reportedly making something like$100 million a year in revenue. Anthropic is obviously very valuable. At what point are you guys rich enough to not need roommates?
46:39The problem is everybody else in SF is also getting so rich. And so the housing is increasing at the same rate that our net worth is increasing. We're never escaping this. One knock that I sometimes hear on the sort of San Francisco AI scene is that it's all very clubby and insular, that there aren't a lot of people who are doing the work of holding people to account or being appropriately skeptical. you you know one detail in the New York Times profile of you is that you sometimes invest in companies whose CEOs or leaders you interview do you think that journalists and other sort of more conventional media people have the wrong sort of framework for thinking about conflicts of interest or do you just think you're doing something different I totally see the rationale for journalistic policies that say you're not allowed to have any sort of financial entanglement with the company that you're covering or whatever.
47:35I think at the end of the day, I hope the product speaks for itself. And that if you watch an interview I do with a CEO or an executive, you hopefully feel like I ask the relevant questions. Look, I also don't try to steel man some objection that I don't have. But when I do think that they're not making sense, I try to say so. And I hope that that in and of itself speaks for the interview. Who's your white whale? Who's the guest that you wish you could book that has not agreed to come on? Can you make this happen? Robert Caro? Okay, Robert, if you're out there, go on Dorkesh. Come on hard fork first.
48:09Yeah, I will say that Robert Caro was also famously Conan O 'Brien's white whale and Conan O 'Brien never got him on the show. No, he got him on. Did he? Yeah, and Conan O 'Brien needs a friend. All right, he just fact-checked my ass. Yeah. Well, Dorkesh, the podcast and the show is amazing. I learned so much from it. I listen to every episode and I understand about 80 % of it now, which is up from a, you know, 20, 25, about 20%. So I'm learning along with your audience and we thank you for all the work you do. It's a great show. Thank you, Drogas. Great to see you guys. Good to see you. Thank you.
48:45All right. Okay, well, friends, we are almost there at the finish line, but before we go, we wanted to take some questions. If any of you have questions for us, we will spend a few minutes answering them. We have mic runners upstairs and downstairs. So raise your hand. Someone will approach you with a mic. Anything, we're an open book. You can ask us about it all. It's like a YouTube comment section, but in real life. Right here. Hi, my name is Dallin. I'm here with my brother from Utah. What happened to the Fediverse? Great question. The Forkiverse, I should say. The Forkiverse was, of course, our effort to build a social network in a federated way, sort of show people what it would be like to be part of a social network that wasn't owned by a giant corporation.
49:32And I think it just ran into the challenge that any social product does, which is that if you're not constantly bringing in new users, it's like default state is to just kind of shrink. And so, you know, we've been in discussions recently about like, what is the future of it? I think it was a fun experiment. But, you know, we didn't really have that strong of an idea of what was going to happen after we started it. And so we're now sort of living with the consequences of that. Balcony. Do we have anyone in the balcony? Yes. Hi, Kevin and Casey. I was wondering why we're not hearing more from executives like Satya and other tech leaders who are restructuring their companies around the premise of AI.
50:13They just don't seem to want to engage with that premise when you ask them. What do you think that's about? I mean, I think there's a lot of conflicting incentives here, right? There are some companies that really want you to know how much they are using AI and how much more productive they are getting and how many workers they are laying off. And sometimes that's real, and sometimes it might just be covering for some overhiring they did a couple years ago. I think that's going to flip at some point where companies will not want to advertise the fact that they are restructuring around AI. Right now, there is still sort of this weird market premium for that.
50:50And so I think that will continue for as long as the market premium lasts. And then it'll be like, we're just going to sort of sweep it under the rug and hide it. And if we're going to lay people off to replace them with AI, we're going to call it something else. Because we don't want to deal with the backlash. But I think that really hasn't happened yet, which has been a surprise to me. What about you? No, I agree with that. And in the interest of answering as many questions as possible, I think we should move on to the next one. One right here. Hi, my name is Ina. I work at Quizlet. If you've gone to school in the last 20 years, you've heard of Quizlet.
51:19If you haven't, what? Anyways, education is being obviously radically changed, but what people need to learn and the fact that you need to learn doesn't really change. So I'm curious, if Quizlet were to just start everything from the ground up tomorrow, what do you think we should build? I mean, that is really challenging. I mean, Kevin and I get a chance to go speak in schools from time to time. And I think what we find is people who are like doing their absolute best to introduce like fairly incremental change and kind of see what happens. There's just tremendous uncertainty right now. You know, school is typically trying to educate you for like a fixed target.
51:59You know, like when I went to journalism school, it was like, well, if I get these skills, then, you know, I can have this kind of job. I think, you know, like we're not able to ask any guests on this stage about anything longer than a two year timeline because just none of them have credibly anything to say about that. So, you know, how do you like educate a five-year-old so they'll be prepared for the world when they're 18? Like, you know, good luck.
52:22What an inspiring message. Thank you.
52:28All right, let's take a couple more. Yes, up there in the balcony. Okay. Can you hear me? Okay, great. Please introduce yourselves. Oh, hi, I'm Liz. Hi, Liz. Okay, so two real legitimate questions. Number one, what are we wearing now that All Birds is under? Okay. And two, so I work as a regulator. I work for the state of California. I do privacy regulation. And so my question is on, so if you were to take a stab at what would be in the AI, the new world for privacy, like how are you going to protect your digital cells, either your sons or your friends? Like, what are we going to do when it's all owned in one walled universe?
53:11Yeah, I mean, my hope is just that that is not the case. You know, we sort of asked Cindy about that tonight. Like, I think there is a lot of logic in having some kind of privilege-like system that protects certain kinds of conversations that you would have with a chatbot the same way, you know, that a conversation with a lawyer might be protected. But I also think there's a lot of wisdom about what she said is, you know, what systems can we build that would ensure that that sort of data never makes it into the hands of a big corporation? I think we should outlaw data brokers. Next question. Oh, yeah.
53:40Outlaw data brokers. That's a good one. What's that? Oh, yeah. And where do you get your shoes, Kev? These are from Quintz. Yeah. That was not sponsored content. They just are. Yeah. Yours are better, though. I got these from, like, online unspecified. I honestly don't remember, but I can look into it. I'll figure it out by the reception. How's that? All right. Just a couple more. So I'm a software engineer, so take this for what it's worth. There's been some talk about, you know, like lots of people are afraid of jobs going away. And then you hear other people saying, oh, there's tons of hiring going on.
54:18That's what I see. I see a lot of hiring going on. But it's all for senior engineers for people who know how to fact check the models or how to architect and combine the things that they can do really fast. What's happening with the entry level folks? It seems like that is a real problem. Yeah. So I've talked to a couple of labor economists about this within the past couple of weeks. And they have sort of said, like, believe it or not, things were actually just like much worse during the great financial crisis. And that like the circumstances that we're seeing today, like don't approach that at all.
54:51Now, maybe they will eventually. But one labor economist I talked to, Catherine Ann Edwards, was telling me like some people sometimes forget that like your first job just sucks and has nothing to do with what you actually want to do. And so she's sort of like encouraging younger folks to manage their expectations, which is also not a very inspiring message. I think we can do one more question. So let's have the last question. Yes. Hey there. My name is Kevin. Oh. Great name. We're good. Yes, my name is Kevin. And what is your optimistic view over here in the middle, if you're looking out? What is your optimistic view on AI for about three years out, two to three years out?
55:34Just curious to get y 'all's take. Yeah. My optimism is around the acceleration of science and medicine. This is really a place I care a lot about. I don't know if any of you saw the cheering at the conference the other week where they announced that they had created a new breakthrough therapy for pancreatic cancer. I want there to be many, many more of those very soon. And I want the... Yeah, thank you. So that is my case for optimism, is that we sort of muddle through the transition from the old jobs to the new jobs. We deal with the safety risks that are really extreme. And then we just accelerate the hell out of the things that make people's lives healthier and longer and allow us to flourish.
56:25Yeah, I mean, that's my number one. But two more I would throw in there is like AI is amazing for learning and AI is amazing for building. And it's fun to learn and it is fun to build. Like if I were in school right now, like I frothed the mouth thinking of what it would have been like to take like my AP exams in a world where I could have, you know, chat GPT, generate infinite quizzes for me to do. And, you know, like Kevin and I have talked a lot on the show about vibe coding in the past year. I've been like making new projects this week and annoying my fiance and making him come see them, even though they're just pure slop.
56:54But it is fun to make things. It is fun to annoy your partner with random AI stuff that you build. All right, we're going to stop it there so that we can get to the reception. We'll see you all at the reception. Thank you so much for coming. Thank you. We love you. We love you.
57:32Thank you.
58:02Moving your technology into the AI age without losing the legacy code your business was built on. Let's create smarter business. IBM. I'm opening up cross play. I've been playing against Dan, my colleague at the New York Times. I'm going to play stoop, S-T-U-P-E, across the triple word multiplier square. Kat's played another move. Ugh, and she did have an S. She played stoop for 36 points. I've got a Z, which is 10 points. If I can put my X over there, I can make box. I have two A's, N's, and T's. I'm guessing tanga is not a word. Let's see. Tanga is a word. Oh. Don't know what tanga means, so I'm going to press down on the word.
58:43And oh, definition popped up. Former monetary unit of Tajikistan. Learn something every time I play this game. Even though I'm about 50 points ahead, one thing I've learned in crossplay is that the game is never over. I just got a notification and Dan played his last turn. Let's see who won. It's so close. But I did win. New York Times game subscribers get full access to Crossplay, our first two-player word game. Subscribe now for a special offer on all of our games.
59:31Video production by Sawyer Roquet, Jake Nickel, and Chris Schaap. Special thanks to the New York Times Live event team who helped us put on Hard Fork Live this year. Hilary Kuhn, Beth Weinstein, Caitlin Roper, Chantal Regnier, Melissa Tripoli, Natalie Green, Kirsten Birmingham, Marissa Farina, Jennifer Feeney, Morgan Singer, Dana Praskowski, Hayley Duffy, Yanwei Liu, Matt Kaiser, Sarah Cheever, Johnny Marola, Victoria Kim, and SV Productions. Thanks also to everyone at the Yerba Buena Center for the Arts and the Blue Shield of California Theater where we held the event. They were so fantastic to work with.
1:00:11And a special thanks to Paula Schumann, Pui Wing Tam, and Dalia Haddad. You can email us, as always, at hardfork at nytimes.com.
1:00:38фильм
From the publisher
We’re back with our final installment from Hard Fork Live, recorded at the Yerba Buena Center for the Arts in San Francisco. In this episode, we’re joined by Sayash Kapoor and Daniel Kokotajlo to talk about their differing visions of A.I. transformation: why Sayash thinks A.I. will diffuse throughout society like a “normal” technology, and why Daniel thinks an unprecedented acceleration is just around the corner. Then we’re joined by George Ekas from Toborlife AI, along with his dancing robot Toby. Finally, the podcaster Dwarkesh Patel drops by, and we take a few questions from the live audience.
Guests:
- Sayash Kapoor, an A.I. researcher at Princeton University and a co-author of the newsletter “AI as Normal Technology”
- Daniel Kokotajlo, the executive director of the AI Futures Project and a co-author of “AI 2027”
- George Ekas, the director of engineering at Toberlife AI
- Dwarkesh Patel, a tech podcaster
Additional Reading:
- This A.I. Forecast Predicts Storms Ahead
- AI as Normal Technology
- Common Ground Between AI 2027 & AI as Normal Technology
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