This optimal algorithm solves the problem of efficient collision detection.
It is implemented by a superposition of all possible values produced from a column of Hadamard operators. This algorithm contains a namesake iteration which rotates a single state by some 2 times theta or 120 degrees, effectively converting the s state into the w state. This optimal algorithm solves the problem of efficient collision detection. While working at Bell Labs, its formulator suggested an application where this algorithm beats the traditional N / 2 operations required to find a name in a random phone book with 50% probability. Unlike Shor's Algorithm, which runs in Big O of log of n cubed time, it runs in Big O of square root of n time. For fifteen points, identify this quantum sorting algorithm.
It is implemented by a superposition of all possible values produced from a column of Hadamard operators.
{Grover's} Algorithm