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Quantum Acceleration: A Scalable Hybrid Framework for HPC
SessionQuantum Discussions Part 2
DescriptionHigh performance computing is at a critical inflection point. To move beyond Moore's Law, new computational paradigms have become a necessity. Quantum computing is no longer a future-facing technology; it is a powerful accelerator for today’s most complex challenges. This technical presentation introduces a hybrid quantum-classical framework designed to deliver scalable and reliable quantum systems for today's HPC workloads.
We will detail IonQ’s approach, centered on "qubit virtualization," which is enabled by a flexible architecture that supports any error correction code and features all-to-all connectivity. This framework, combined with advanced error mitigation techniques, unlocks the full potential of integrating quantum resources into existing HPC workflows.
Join us to explore how our accelerated roadmap and hybrid quantum architecture unlock and help solve new problem classes in critical areas like materials science and complex optimization.
We will detail IonQ’s approach, centered on "qubit virtualization," which is enabled by a flexible architecture that supports any error correction code and features all-to-all connectivity. This framework, combined with advanced error mitigation techniques, unlocks the full potential of integrating quantum resources into existing HPC workflows.
Join us to explore how our accelerated roadmap and hybrid quantum architecture unlock and help solve new problem classes in critical areas like materials science and complex optimization.
Presenter
Event Type
Exhibitor Forum
TimeWednesday, 19 November 20253:30pm - 4:00pm CST
Location130
Quantum & Other Post Moore Computing Technologies