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Where to find us
Building the HPC-native quantum computing
Stop by at our booth to discover how our AI-powered infrastructure software integrates with NVQLink and CUDA-Q to help build the high-performance, quantum-classical data center. Learn how Q-CTRL and NVIDIA are working together to bring quantum systems into practical HPC environments.
Visit us at Booth 7015, near GTC Park at the Market Ace Lot.
Hear from the TEAM
Quantum computing and high‑performance computing
Massive GPU Acceleration for Scalable Quantum Compilation and Graph Analytics [S81533]
18th March, Wed, 10:00 am - 10:40 am
Yulun Wang, Q-CTRL and Qded Green, NVIDIA
Subgraph isomorphism is a major bottleneck in graph analytics, scientific computing, and quantum-compilation pipelines, yet most solutions rely on backtracking that cannot exploit modern GPUs. Motivated by real quantum-compilation challenges, we present a GPU-native formulation that replaces serial search with parallel relational tabular operations built from reusable “motifs,” enabling efficient joins and filters using NVIDIA RAPIDS. Across diverse benchmarks, we achieve up to 600x speedups on a single NVIDIA H200 GPU. By combining Q-CTRL’s quantum performance management infrastructure software and NVIDIA’s GPU platforms, we demonstrate a data-centric method that simplifies high-performance graph analysis, accelerates large-scale applications, and opens a path toward emerging hybrid HPC–quantum architectures and future deployment on HPC–quantum interconnect systems like NVQLink.
NVIDIA Technology: CUDA, CuDF
Key takeaways:
- Learn practical design principles for turning traditionally sequential graph algorithms into parallel data-operations to unlock GPU acceleration.
- See how these techniques integrate into end-to-end pipelines, enabling faster execution in both large-scale graph analytics and quantum-software workflows.
- Gain a clear roadmap for adopting GPU-centric graph processing today, and how these techniques prepare the path for future hybrid HPC–quantum integrated systems.
Get the technical details in our recent blog.
What's on at the booth
Accelerating quantum innovation
Come meet our experts, discuss your applications and see live demos of our quantum solutions.
The quantum blueprint for HPC data centers
The Quantum Utility Block (QUB) is a proven, pre-validated quantum reference architecture for on-premises quantum computing jointly engineered by QuantWare, Qblox, and Q-CTRL. Built on interoperable hardware controlled by intelligent autonomous software and with planned NVQLink connectivity to local GPU clusters, QUB delivers a modular, circuit-ready quantum computer that eliminates traditional procurement, installation, and operational barriers.
Watch this space for the official opening announcement of our first QUB deployment at the Elevate Quantum Commercialization lab.
Accelerate your quantum algorithm
Fire Opal is an out-of-the-box cloud solution that allows you to solve your toughest quantum problems with over 100 qubits. It offers a single pipeline for abstracting hardware, automatically reducing error, and boosting algorithmic success on quantum computers for peak performance. Scale your research with Fire Opal through quantum hardware access providers, including IBM Quantum (via Qiskit Functions) and Amazon Braket. Join the waitlist to access our upcoming Fire Opal Optimization Solver integrated with the IonQ trapped ion processor.
Precise GPS-free quantum navigation by geophysical map matching
Ironstone Opal delivers reliable GPS-free navigation for land, sea, and air, leveraging unjammable geophysical map matching and offering a quantum-assured solution in GPS-denied environments. It incorporates Q-CTRL’s proprietary software-ruggedized gravitational and magnetic sensors with world-leading denoising and positioning software to deliver you a full-stack navigational solution to support your most challenging missions.
Compatible with crewed aircraft, uncrewed airborne systems, and maritime deployments, Ironstone Opal delivers resilience for defense and commercial operations to improve efficiency, safety, and mission effectiveness.
Careers
We are hiring!
We bring together diverse teams united by curiosity and ambition, working collaboratively to push the boundaries of what quantum technology can achieve.
Join us to solves the hardest challenges in quantum computing and quantum sensing, delivering real-world impact for defense and industry.
Talk to us
Request a meeting at GTC
Ready to accelerate your quantum journey? Visit us at booth #7015 at the GTC Park, or schedule a meeting with our team to explore your quantum requirements.