As quantum computing and quantum communication technologies evolve, quantum networks—networks that distribute quantum information across distances—are becoming a reality. These networks enable quantum key distribution (QKD), distributed quantum computing, and….
Quantum Bus Design is a pivotal concept in the architecture of scalable quantum computers. In classical computing, a bus is a communication system that transfers data between components. Similarly, a….
1. Introduction: Why a Stack Model for the Quantum Internet? The Quantum Internet is a next-generation communication network where information is transmitted in quantum states instead of classical bits. This….
1. Introduction: What is a Quantum Network? A quantum network connects multiple quantum devices or nodes—such as quantum computers, sensors, or memory units—so they can share quantum states and exchange….
1. Introduction: What Is Entanglement Distribution? In the quantum world, entanglement refers to a unique correlation between particles where the state of one instantly affects the state of another, no….
1. Introduction: What Is a Quantum Router? In classical networks, routers direct data packets across the internet using pre-defined protocols and addresses. They serve as the gatekeepers of information flow,….
Quantum repeaters are critical components in long-distance quantum communication systems. They play a similar role to classical repeaters in fiber-optic networks, but with a key difference: they are designed to….
