But perhaps these findings, and renewed excitement, will lead to other advances that offer high-speed, energy-efficient trains, viable and cheap quantum supercomputers, and highly-scalable batteries to store renewable energy. “LK-99 may not end up being the room-temperature superconductor we all hope for. … The rush to publish, discuss, criticize and tear apart new discoveries works in conflict with the slow and deliberate nature of scientific research.” Tim Culpan writes, “Social media means these developments become talking points and memes even among those who barely understand the concepts. But all the hype needs to be tempered by a lot. Hence the excitement about LK-99 achieving superconductivity at room temperature. But materials that achieve it - that is, eliminate magnetic fields and have 100% efficiency in conducting electricity - can perform the process only at extremely low temperatures. Superconductivity exists (Nobel Prizes have been awarded to scientists who have studied it).
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