Grover quantum search with classical Siamese pre-processing generates magic squares on small grids and confirms the expected quadratic query advantage over brute-force and backtracking.
Given an unstructured database of N elements that contains M marked solutions, the algorithm locates a marked element with high probability using O(sqrt(N/M)) oracle queries
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A Quantum Search Approach to Magic Square Constraint Problems with Classical Benchmarking
Grover quantum search with classical Siamese pre-processing generates magic squares on small grids and confirms the expected quadratic query advantage over brute-force and backtracking.