
Inside the race to open the world’s first nuclear fusion power plant
Zero: The Climate Race
Unlocking Superconductivity: The Key to Stronger Magnets
High-temperature superconductors, specifically a crystal composed of copper, barium, and oxygen with a rare earth dopant like yttrium, have unique properties that eliminate the limitations of traditional superconductors when exposed to magnetic fields. Unlike previous superconductors that ceased functioning in high magnetic environments, these materials enable the creation of exceptionally strong magnets, paving the way for advancements in electromagnet technology. The innovative potential of this discovery has led to significant investment in climate tech startups focused on harnessing these superconductors for future applications.
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