Unlike classical cryptography, which relies on complex mathematical problems that a powerful enough computer can break, quantum cryptography relies on the unassailable laws of physics. Core Concepts:
This topic covers how the fundamental laws of physics are harnessed to process and protect data in ways that are impossible with classical systems.
For decades, information processing relied on the rules of classical physics. However, as microprocessors approach the atomic scale, quantum mechanics inevitably take over. Instead of viewing this as a barrier, the field of quantum information exploits these atomic-level behaviors to create entirely new paradigms for computing and communication.
Below is an outline and detailed content structured as an informative paper on this topic.
This paper explores the three core pillars of this revolution: , Quantum Teleportation , and Quantum Computation . 🔐 1. Quantum Cryptography