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University of Granada researchers have demonstrated a classical simulation method that extends quantum circuit limits from two to seven qubits by exploiting inherent symmetries to reduce computational overhead. This targeted approach restricts optimization to specific subgroups of the Clifford group, enabling the simulation of previously intractable operations on standard hardware. The breakthrough provides a more efficient pathway for validating emerging quantum hardware and deepening the understanding of quantum advantage for specific gate types.
University of Granada Achieves 7-Qubit Simulation With New Method
University of Granada researchers demonstrated a classical simulation of quantum circuits involving up to seven qubits, leveraging symmetries to.
Researchers at the University of Granada have achieved an advance in classical simulation of quantum circuits, successfully simulating seven qubits, exceeding the previous limit of two qubits for optimal decompositions using this specific method. This leap forward stems from a method which exploits inherent symmetries within computations to reduce the computational burden of decomposing complex unitaries. The team proved that for real, diagonal, and real-diagonal unitaries, optimization can be restricted to subgroups of the Clifford group without loss of optimality, enabling simulations on a standard laptop that were previously intractable. Establishing symmetry…
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