Jozsa Algorithm

Jozsa's Algorithm is a quantum computing method used to quickly determine if a specific type of function is constant (outputs the same for all inputs) or balanced (outputs equally 0s and 1s). Unlike classical algorithms that need many evaluations, Jozsa's Algorithm uses quantum superposition and interference to assess the function with just one evaluation, offering a significant speed advantage for this problem. This showcases how quantum computers can efficiently solve certain decision problems by exploiting quantum properties to process multiple possibilities simultaneously.