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This repository presents an educational emulation of the B92 Quantum Key Distribution protocol using pulsed lasers. It simplifies the setup for secure key exchange demonstrations, illustrating core quantum cryptography principles like eavesdropping detection and measurement disturbance in a lab-friendly environment.

This code is developed around the core needs of quantum computing hardware, focusing on providing a comprehensive pulse sequence optimization solution for 2-qubit and 3-qubit quantum computing systems.

Qiskit is open-source software for working with quantum computers at the level of circuits, pulses, and algorithms. Additionally, several domain specific application API’s exist on top of this core module.

Day 17/100: Part 01 ENTER THE QUANTUM CORE 🌌✨ This isn't a video file. This is live mathematics rendered in real-time. 🧬 Using just 10 lines of JavaScript, I’ve engineered a dynamic vector field that mimics a pulsing quantum processor. It’s the perfect intersection of pure geometry and futuristic aesthetics. 💎

A hardware-aware implementation of entangled gate operations on 127-qubit quantum processors 🔹 Core Innovation Developed a custom ECR (echoed cross-resonance) gate in OpenQASM 3.0 that: Aligns with Brisbane's native RZX(θ) pulse-level control Reduces 2-qubit gate depth by 35% compared to default Qiskit compilation