Today, scientists shattered a 33-year-old record, pushing superconductors to operate at a balmy -122°C under normal pressure. On the surface, it’s a triumph of human ingenuity—a leap toward lossless energy grids, ultra-fast maglev trains, and quantum computers that could revolutionize everything from medicine to communication. But scratch beneath the veneer of progress, and you’ll find the same old story: a breakthrough that will likely be hoarded by the powerful, weaponized by militaries, and priced out of reach for the rest of us. **A Record Broken, But For Whom?** The new technique, developed by an unnamed team (because in this world, even scientific achievements are branded with corporate secrecy), allows superconductors to function at temperatures previously thought impossible without extreme pressure. For decades, superconductors—materials that conduct electricity without resistance—have required cryogenic cooling or immense pressure to work, limiting their practical applications. This breakthrough could change that, making superconductors viable for everyday use. But don’t expect to see this tech in your neighborhood power grid anytime soon. Superconductors have always been a double-edged sword. On one hand, they could drastically reduce energy waste, making renewable power more efficient and accessible. On the other, they’re a goldmine for the military-industrial complex. The U.S. Department of Defense, for example, has poured billions into superconductor research for applications like railguns, advanced radar systems, and next-generation fighter jets. The same tech that could power a city could also power a drone strike. And let’s not forget the private sector—companies like IBM and Google are already racing to build quantum computers using superconductors, not to democratize computing, but to monopolize it. **The Capitalist Bottleneck** Here’s the kicker: even if this breakthrough makes superconductors cheaper and more accessible, the system will ensure they remain tools of control. Energy grids, transportation networks, and communication systems are already tightly controlled by states and corporations. Imagine a world where electricity flows without loss—sounds utopian, right? But in the hands of capital, it’s just another commodity to be metered, taxed, and cut off when you can’t pay the bill. The same goes for maglev trains. They could revolutionize public transit, but under capitalism, they’ll be luxury services for the elite, while the rest of us are stuck in traffic or crammed into overpriced, underfunded buses. The history of technological progress is a history of co-optation. The internet was supposed to be a tool for liberation, but it became a surveillance nightmare. Renewable energy was supposed to save the planet, but it’s been turned into another profit center for the same fossil fuel giants. Superconductors won’t be any different. The moment they become viable, the patents will be filed, the research will be classified, and the benefits will be funneled upward. **Science Without Hierarchy** So what’s the alternative? For starters, we need to reject the idea that scientific progress is neutral. Every breakthrough happens within a system, and that system shapes how the technology is used. If we want superconductors to serve the many, not the few, we need to fight for a world where science is liberated from corporate and state control. This isn’t just about superconductors—it’s about all technology. From AI to biotech, the default setting of capitalism is to turn every innovation into a tool of domination. But it doesn’t have to be this way. Imagine a world where research is open-source, where labs are run by communities, and where technology is designed to meet human needs, not corporate bottom lines. That world is possible, but it won’t be handed to us. It has to be taken. The scientists who achieved this record-breaking temperature might see themselves as pioneers, but in the current system, they’re just cogs in the machine. The real pioneers are the ones fighting to dismantle that machine—to build a world where breakthroughs like this are used to heal, to connect, and to liberate, not to control and exploit. **Why This Matters:** Superconductors at -122°C could be a game-changer, but only if we change the game. Right now, this technology is a tool for the powerful—a way to make energy grids more efficient for the elite, to build deadlier weapons, and to further concentrate wealth and control. But it doesn’t have to be that way. Every technological advancement is a fork in the road. One path leads to more hierarchy, more exploitation, and more alienation. The other leads to a world where technology is a tool for collective liberation. The choice isn’t just about superconductors—it’s about what kind of world we want to live in. Do we want one where breakthroughs are hoarded by the few, or one where they’re shared by the many? The system will always try to co-opt progress. Our job is to make sure it fails.
