A (4:40)
Yeah, it's like you see them on the street and these protests and it's actually all older Democrats now. The proxies have gone away. You know, the proxy of BLM and all these other things, you know, the various proxy war movements that they had, domestic proxy war, all gone away. And it's all just essentially older white boomers, right? Blue, blue American Democrats. And they're so mad, so mad. Unbelievably bad. They're NGOs their universities budgets are getting cut. Their media jobs are facing competition from AI basically with a few exceptions like NYT still has its subscriber numbers up, but they've lost a lot of cultural power really, I'd say irreversibly so. These guys essentially blame the Internet for all that. On the other side, the Red Americans blame China. And the red Americans haven't fully accepted defeat yet, but they have also been defeated. Just like Blue America lost their control over speech, media and money, Red America has lost the trade war, the proxy war and the Cold War to China. Why? They lost the trade war because China won on rare earths, among many other things like China's. You can't fight your factory, right? China, the US military is made in China. You go and look at the Tomahawk, the jdam and the parts are made in Chinese factories. The proxy war, you know, basically Russia is likely to win the proxy war in Ukraine. It certainly hasn't lost. And so China really, who's the winner of the Ukraine war? China. And then everybody who stayed out of it to. Right. Who's the losers of the Ukraine war? Obviously Ukraine and America and Europe, but actually also Russia because Russia became a Chinese colony, right? Like Russia's price, because Russia essentially went in with, you know, like this insane kind of thing. They thought they were just going to win in a few days like they did the Crimea 2014. And they went in and without Chinese support, they'd be toast. But the Chinese charge a pretty penny for that support. And so power of Siberia goes to China. And China also sells drones to the Ukrainians, which just to make the Russians happy. So China basically plays both sides and China comes out the winner, right? So China won the Ukraine war or like it's, it's. Maybe there's something that's going to change things. You know, history is uncertain, but at least it doesn't look like NATO is going to pull out a win. And the US is talking about winding down support in Europe. And finally China won the Cold War because the national security strategy that came out in November 2025 is something where it talks like Hegseth talked about everlasting peace with China and the US is pulling out of basically Asia and they're doing so in such a way they're like, we want Japan, we want other countries to pay for their defense and actually do actions. We can't shoulder everything and so and so forth. So it comes across in a seemingly hard nosed way. But think about how different that is from John F. Kennedy's pay any price and bear any burden to defeat communism. Right. Instead, the national security strategy literally says American elites overestimated America's ability. Not simply willingness, but ability. And they use that word ability to fund a giant welfare state and all these wars and so on and so forth, right? So that means to summarize, Democrats lost to the Internet, Republicans lost to China. And so the future is China versus the Internet. So if you take the Ray Dalio thesis, for example, which says the US empire is going to zero and China is a successor, you take the sovereign digital thesis, which says the west is going to zero because of debt and so on, and the Internet is the successor, and you superimpose those two and you say they're both right, Then you get the future is China versus the Internet, AI versus zk, right? Total surveillance versus total encryption, the total state versus the sovereign individual, and so on and so forth. Now, a new factor in this that I've sort of realized more and I kind of knew about it, but it's interesting to see everything happening and fast forward is it's possible that Silicon Valley also goes to zero in this process. And I mean Silicon Valley is a physical place. So historically, if you talk about the Internet, you would think of that as being the same as Silicon Valley. But actually the Internet is gradually, gradually decentralized. There's now 420 cities that have at least one unicorn, right? So it's 419 of them that are not San Francisco, or 418 that are not San Francisco and San Jose. Right? So that means you don't need to build a billion dollar company in the Bay Area or even in America anymore. You can just do it from the Internet. Cryptocurrency is decentralized. Most crypto holders are global. Certainly most social media users are not in America. You know, you have apps like TikTok that are globally competitive, that are not in America. AI is also decentralized, where most of the downloads of open source models are Chinese models. And the big thing, I think that's the last step, right? Physical AI has already decentralized. Did you see the Chinese harvest festival, the 2026, right? Yeah. Their robots work, right? Why do they work? Their speed of iteration is faster. Why is their speed of integration faster? Among other things, they have every single producer of screws and actuators and whatever within a, you know, one mile radius, right. They have the same density of physical talent and manufacturing plants that America's the digital stuff. Can America do that? No. Why can't it or not? Easily. Why well, first of all, like a supply chain doesn't just mean you can't like order it off Amazon. A supply chain means you've had thousands of companies go through years, sometimes decades of natural selection. The strongest survive and then the other ones go bust. And then those strongest are like really good at making hair dryers or you know, rotors or something like that. And then they just supply them to the entire world at China scale. And they have enormous, like every, you know, for example, just like the US has Detroit for cars and it has Hollywood for movies and so on and so forth. China has like small cities that specialize in hair dryers, washing machines, right? Every possible variant of that you will find within a few miles radius. And so if you don't normally give that much thought to household objects, but you know, the heating coil in a hair dryer, the fan, like does it look like, you know, is it a home hair dryer, is it a commercial one? Is blah, blah, blah, like there's all these different variations of it, just like there are for a camera, right? And so all that stuff, all the expertise and all this stuff is in China and non, obviously someone made the point the other day that Japan makes toilets, but guess what, the ceramic from that, the same guys who do that, that's actually also used in semiconductors and so on and so forth, the manufacturing of semiconductors. So it's not obvious. Sometimes something that seems really trivial can become very important. We know this in the digital context, why Video games led to GPUs, led to AI. Social media led to training data led to AI. Right? So it might seem, oh, we've got some hair dryers or whatever, what does that matter, you know? Well, maybe hair dryers lead to rotors and rotors help you lead to drones and drones let you lead to, you know, large drones, military drones and so on and so forth. I don't know, I'm just giving an example, I'm making that particular one up. But you get the concept, right? The mechanical engineering, the civil, not the civil engineering, but the mechanical engineering, the chemical engineering, all the stuff to make these physical objects work is it high density in China? So now they've put it together in arguably the most complicated kind of device ever made, a humanoid robot, Right. Why is it more complicated? Because, you know, a car, like obviously a car is hard to make, but it's nowhere near the level of flexibility and configuration and so on. If you do the math for like a hand, right. Or a gripper or something like that. So you know, more than 15 years ago I built a clinical genomics lab with a six so called six degree of freedom robot arm. Right. So that's like X, Y and Z and also theta, phi and psi, like the angle of the arm, right. So it moves to location and orients itself and whatnot. And it has other things like is the, is the hand open and closed and so on. This kind of arm can actually do a lot. It's almost like tweezers on a. I know how to put it. It's like, it kind of looks like almost like an alligator like this, right. And it goes and it grabs something and it moves it there and whatnot. Right. I can show a video. Those kinds of arms can do a lot. But actually it's quite non obvious to program their exact path. Like how it goes from here and it moves to here. This is something which is called inverse kinematics. Like you've got a hand that's here and you want to move it to here, right? We know, imagine there's a bunch of obstacles over here. We just do that in hardware. Like our brains know how to do that. It's actually a hard thing to program that. Right. That's like one of many hard problems in robotics now. You have to do that when the environment is changing and you know, that's what athletics is. To be very athletic is to be able to do that. So anyway, the point is why does Silicon Valley potentially go to zero? They have so crypto is decentralized and going global. The unicorns and how to make software companies decentralized gone global. The talent has been stopped from coming to America by The bans on H1BS and research visas and so on. And I understand why Americans are doing that, but it just does mean that like all these high IQ people that used to come to America for free are no longer coming there anymore. They're going to other places, going to Dubai, going to Singapore, staying in their own countries, building them up or just building on the Internet. You have the wealth taxes. That's a huge one. That's really maybe the most obvious that's driven. Do you know about this?