We are pleased to share that Angela Sara Cacciapuoti will deliver a talk today at 10:30 (CET), hosted by the Quantum Information Society at Oxford.
The talk will explore emerging quantum-native principles for the design of the Quantum Internet, focusing on how entanglement reshapes network architecture, protocol organization, and control mechanisms. It will also introduce Q2NS, an extensible co-simulation framework that integrates quantum primitives with classical networking systems to enable large-scale experimentation.
Short summary of the the topics that will be presented:
Quantum entanglement is the key network resource of the Quantum Internet, challenging several design principles that underpin the classical Internet. This talk discusses emerging “quantum-native” tenets spanning architecture and protocol organization: control/data-plane separation tailored to entanglement orchestration, quantum-aware addressing and routing, and a protocol-organization approach that moves beyond rigid layering toward context-driven composition and in-band control. The talk also touches on how these ideas can be explored at scale using an extensible co-simulation framework, Q2NS, which integrates quantum primitives with the established classical networking stack.
Follow the talk via zoom:
Join here 🔗https://us02web.zoom.us/j/89265373456?pwd=D7lsZLVABlM16RL3Z2IqLWdrcQbXr2.1
Meeting ID: 892 6537 3456
Passcode: 805642
