Everybody, Peter Zion coming to you from the peak of Mount Evans behind me is mountain bear start and square top and behind that Geneva and silver indicator, and treasure and all the others. Today we’re gonna talk about something a lot of you have written in about, and that is the LK 99 superconductor information that has recently been leaked on to Twitter and Reddit. The idea of a superconductor is it doesn’t lose any of its throughput, regardless of distance. And if you can do that, over long distances, you can transfer power from anywhere to anywhere relatively easily and cheaply. That’s the idea anyway, the short version for lk 99 is that it’s probably nothing. The reports in question date back over 15 years, and the only thing that’s new is that they were leaked, and they were put online and a number of institutions within Korea, that’s where the first tests were done. I’ve already come out and saying that at best, they’re flawed. But none of them have ever been replicated, including by the team that did the original report. So there’s probably nothing here, it’s just that it’s getting a little bit of fresh air all of a sudden. Now,
if you want to bet on semiconductors, I welcome you to to it, it’s one of the materials sciences breakthroughs that we really need. If we’re going to make the green transition stick, one of the problems we have with the green transition is that you can generate a lot of solar in the southwest a lot of wind power in the Great Plains. But that’s not where most of the American population lives. And even in the United States, where people will only only live a couple 1000 miles away from those zones. That’s much better than you’ve gotten, say Europe, where you’d have to basically go to the great Eurasian steppe for wind and into the Sahara for solar. So if you can solve the semiconductor in the transmission power problem, great.
There’s also another issue in the United States, because it’s hard to transmit power. And you know, very, very, very, very loose rule of thumb. If you transport power, about 500 miles, it costs almost as much to do that transmission because of the loss as it does to generate the power in the first place. So you’re generally not going to send electricity very far. What that means is in the United States, most electrical concerns, all the utilities are local. So each town or each county has their own. There are very few large utilities in the United States. And if you want to make solar and wind work at scale, you either need larger and larger and larger entities or you need the ability to transfer power across jurisdictional lines, especially state and grid boundaries. superconductors would in theory, allow us to do that technically, but we still need the legal structure to do it. Now you can do high voltage lines, which will double, triple, maybe even quadruple the distance, you can send power in an economically viable manner. But until you can cross those boundaries, it doesn’t really matter. So what we need now, even before we get superconductors is multiple acts of Congress to break down the legal jurisdictions to allow power to be sent large distances. And as soon as Congress does that, a number of states will sue because right now, this has been a local mistake, legal prerogative. So we need a significant legal overhaul before we can really do the green transition, even if we did have superconductors. So I’d say start now and get the laws changed. And then hopefully we can have that physical science breakthrough that is necessary to do this at scale and over distance. Okay, that’s it. Take care