Quantum Cryptography and Prime Number Theory for Secure IP Address Management
Hussaini Galadima Abdulrahman, Aminu Muhammad Abubakar , Hassan Muhammad Jalo and Jamilu Awwalu
Keywords:Data Encryption, IP Address Security, Mathematical Physics, Prime Number Theory and Quantum Cryptography
Abstract
In the ever-evolving landscape of cybersecurity, this paper delves into the dynamic convergence of mathematical physics and modern computing, focusing on the application of quantum cryptography and prime number theory in the realm of secure Internet Protocol (IP) address management. Quantum properties, inherent in the peculiar world of quantum physics, offer a novel and potent approach to encryption and data security, while number theory underpins the security of Ravish Shamir Ad-leman (RSA) encryption by exploiting the challenge of factoring large prime numbers. This research provides a glimpse into the intriguing interdisciplinary domain where mathematical physics meets the forefront of cybersecurity, forging new paradigms for safeguarding data transmission, and managing IP addresses with enhanced resilience.