Invention Reference Number
A software architecture that enables integration of quantum computing capabilities into existing high-performance computing (HPC) environments, addressing challenges in coordination, workflow management, and usability. By providing a unified framework for hybrid execution, the technology allows organizations to leverage quantum resources alongside classical systems without major workflow disruption. This approach improves accessibility to advanced computing capabilities and supports faster, more efficient scientific and industrial problem-solving.
Description
This technology introduces a layered, hardware-agnostic software stack designed to bridge fundamental differences between quantum and classical computing systems. It enables hybrid execution by coordinating resources across both environments through standardized interfaces and abstracted resource management. The architecture includes mechanisms for workload scheduling, data exchange, and execution control that support both simultaneous and sequential use of computing resources.
A key aspect of the framework is its ability to abstract underlying hardware differences, allowing applications to interact with diverse computing resources through consistent interfaces. The system incorporates modular components for task orchestration, runtime management, and workflow integration, enabling compatibility with existing HPC infrastructure. It also supports flexible deployment models, including local and remote resources, while maintaining performance through coordinated scheduling and optimized task handling. This approach reduces the need for extensive application redesign and simplifies adoption of hybrid computing strategies across a range of use cases.
Additional technical details of the disclosed technologies can be found here:
Bridging paradigms: Designing for HPC-Quantum convergence.
Benefits
- Seamless integration of quantum and classical computing resources
- Reduced need for application reengineering
- Improved resource utilization and workload coordination
- Flexible, hardware-agnostic deployment across environments
Applications and Industries
- Pharmaceutical research and drug discovery
- Materials science and molecular modeling
- Advanced computing and simulation environments
- National laboratories and research institutions
Contact
To learn more about this technology, email partnerships@ornl.gov or call 865-574-1051.
