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Harnessing the Power of Empty Space: Scientists Find a New Way to Boost Superconductors
Photo: Peter Burdon / Unsplash
Researchers have discovered that quantum fluctuations in seemingly empty space can actually strengthen superconductivity, raising a material's transition temperature by up to 5.4%. This breakthrough opens up exciting possibilities for controlling advanced quantum materials without any direct contact, paving the way for more efficient future technologies.
Researchers have discovered that quantum fluctuations in seemingly empty space can actually strengthen superconductivity, raising a material’s transition temperature by up to 5.4%. This breakthrough opens up exciting possibilities for controlling advanced quantum materials without any direct contact, paving the way for more efficient future technologies.