Scientists at an Australian silicon quantum computing company published a paper in Nature on the 4th, announcing the successful development of the largest quantum material simulator to date—“Quantum Twin.” This 15,000-qubit array, built with phosphorus atoms embedded in a silicon chip, provides an unprecedented experimental platform for studying complex quantum materials and is expected to help scientists accurately model new materials and molecules that are not yet fully understood. (Cailian Press)
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Largest-scale quantum material simulator built
Scientists at an Australian silicon quantum computing company published a paper in Nature on the 4th, announcing the successful development of the largest quantum material simulator to date—“Quantum Twin.” This 15,000-qubit array, built with phosphorus atoms embedded in a silicon chip, provides an unprecedented experimental platform for studying complex quantum materials and is expected to help scientists accurately model new materials and molecules that are not yet fully understood. (Cailian Press)