Entanglement-based Networks for Increasing Quantum Computing Performance

Entanglement-based networks are redefining the fields of computation, communication, and cryptography, and reshaping the landscape of technological innovation. These networks form the infrastructure of increased quantum computing power: from linking Quantum Processing Units and accelerating quantum computing innovation, to facilitating Blind Quantum Computing in which users perform quantum computations on a remote quantum server while all inputs, algorithms, and results are kept private, even from the server itself. Join Eric Ostby, CPO at Aliro Quantum, for a comprehensive look at how entanglement-based networks can be used to increase the performance of quantum computers and why this approach is necessary on the path to developing powerful quantum computing capabilities. Business leaders and technologists will gain a practical understanding of entanglement-based quantum networking and quantum computing. In this webinar you’ll learn: - The foundations of quantum computing and its advantages over classical systems - The role of entanglement-based quantum networks in amplifying quantum computing power - The two types of quantum computer networking, Cluster vs Distributed Quantum Computing, and how they differ in their applications and networking requirements. - Answer the question “When will entanglement-based networking be needed to scale quantum computing?” - The future landscape of quantum computing, and the advancements and potential of entanglement-based networks for further enhancing performance. Organizations who are preparing their businesses, security posture, and connectivity for the quantum age are investigating how to plan, design, and implement quantum networking solutions today. This webinar will help prepare you to navigate the quantum future.