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Researchers Simulate Thermal Effects To Track Quantum Evolution With High Precision
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Researchers Simulate Thermal Effects To Track Quantum Evolution With High Precision
Can quantum computers accurately model systems at temperatures where thermal noise overwhelms the signal? A new algorithm achieves this by scaling circuit depth linearly with system size, requiring only single-qubit rotations and nearest-neighbour CNOT gates for n modes. This delivers a practical method for thermal quantum simulations, previously inaccessible on current hardware.
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