This research aims to adapt Shor's quantum algorithm for application in self-organized systems to explore its computational efficiency.
Adapted Shor's algorithm for self-organized systems
Simulated quantum factorization using self-organized parameters
Analyzed performance metrics and scalability.
Successfully demonstrated efficient factorization using the adapted algorithm in self-organized systems
Showed improved computational efficiency compared to classical methods
Highlighted potential for enhanced performance in complex systems.
Abstract
Shor's algorithm is a quantum algorithm which was invented to efficiently factorize big numbers using quantum systems. As such, it promises to prove the supremacy of quantum computers for key...