A new hybrid quantum error correction technique from KIST merges the best of discrete and continuous variable technologies, dramatically boosting quantum computing’s efficiency and error
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Unlocking Lossless Electronics With an Innovative Quantum “Sandwich”
A novel structure has been developed that integrates a unique insulator between magnetic layers, achieving a high-bandgap quantum anomalous Hall insulator. This allows for lower
Читать далееToward Quantum Advantage: Qunova’s HiVQE Algorithm Transforms Quantum Chemistry
Qunova Computing has successfully tested its HiVQE algorithm on multiple quantum devices, achieving chemical accuracy crucial for chemistry applications, indicating a potential quantum advantage with
Читать далееQuantum Computing Transformed by Breakthrough Photonic Technology
A recent quantum computing breakthrough has enhanced the scalability and efficiency of quantum computations, moving closer to practical quantum computing advancements. Credit: SciTechDaily.com Researchers have
Читать далееRevolutionary Technology Unlocks Quantum Material Secrets at Atomic Level
RODAS, a novel technique from Oak Ridge National Laboratory, enables precise material analysis at the atomic level, aiding the development of quantum computing materials like
Читать далееRevolutionizing Data Storage: Quantum Defects Unlock Ultra-High-Density Optical Memory
Researchers from Argonne National Laboratory and the University of Chicago combined classical physics with quantum modeling to show how rare-earth elements and defects within solids
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