This article discusses recent advancements in quantum superconductors, focusing on the behavior of Floquet Majorana fermions and their impact on quantum computing. The research reveals how these fermions influence the Josephson effect, allowing for more precise control of quantum states. This could improve quantum computing’s stability and efficiency, addressing issues like quantum decoherence. By tuning the Josephson current with external energy, scientists gain new levels of control, potentially leading to fault-tolerant quantum computers. The study provides a roadmap for future research into quantum materials.
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