Researchers have shown that quantum fluctuations in a vacuum can raise the transition temperature of an ultrathin superconductor by up to 5.4%, suggesting a new way to control quantum materials without physical contact.
Quantum Fluctuations in Empty Space Boost Superconductivity, Study Finds
Researchers have shown that quantum fluctuations in a vacuum can raise the transition temperature of an ultrathin superconductor by up to 5.4%, suggesting a new way to control quantum materials without physical contact.
NASA Kennedy Space Center / NASA/Ben Smegelsky · Public domain · rights
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