aiqbench analysis
The OpenQSE workshop marks a pivotal shift from theoretical discussion to concrete implementation, establishing six technical working groups to build a vendor-neutral software stack for hybrid quantum-HPC computing. By defining specific deliverables across compilers, system architecture, and control electronics, this initiative directly addresses the critical need for interoperable infrastructure that bridges classical supercomputing with emerging quantum processors. This collaborative effort among major industry players and academia represents a tangible step toward maturing the practical software ecosystem required for scalable quantum applications.
OpenQSE workshop forms six groups to build quantum-HPC software stack

Researchers at the Open Quantum-HPC Software Ecosystem (OpenQSE) workshop formed six groups to build a vendor-neutral software stack, advancing the community-driven initiative for hybrid quantum-HPC computing.
Amir Shehata, a systems software engineer at Oak Ridge National Laboratory, led a workshop that formed six technical working groups to build key components of the quantum-HPC software stack. The event, held on the final day of the 2026 Quantum Computing User Forum, marked a shift from discussion to implementation for the open-source OpenQSE framework. “Last year, we were just starting to explore this…
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