Inspiration
About the Project
QuantumShield is an educational quantum computing simulation based on the E91 Quantum Key Distribution protocol. The project explores how two parties, Alice and Bob, can establish a shared secret key using quantum entanglement.
Using Qiskit and quantum circuit simulation, the project demonstrates Bell pair generation, quantum measurements at different angles, quantum correlations, and the CHSH inequality.
It also investigates how potential eavesdropping and environmental noise affect quantum communication. By analyzing correlation values and the Quantum Bit Error Rate (QBER), the simulation explores ways to distinguish possible eavesdropping from ordinary noise.
The main goal of QuantumShield is to understand the fundamental principles of quantum cryptography and demonstrate how quantum mechanics can contribute to secure communication.
