A quantum computer has achieved unconditional superiority over classical machines by solving tasks impossible for conventional systems. Using 12 qubits, researchers demonstrated real-world memory advantages that could revolutionize cryptography, modeling, and computational science.
A quantum computer has achieved unconditional superiority over classical machines by solving tasks impossible for conventional systems. Using 12 qubits, researchers demonstrated real-world memory advantages that could revolutionize cryptography, modeling, and computational science.
