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This €5M Horizon Europe initiative establishes a critical hardware-agnostic quantum software stack designed to unify development across diverse QPU architectures, including gate-based processors and annealers. By leveraging the Eclipse Qrisp framework and standardized intermediate representations, the project directly addresses compiler fragmentation and integrates machine learning for noise mitigation on NISQ devices. The consortium's focus on decoupling high-level applications from low-level hardware details represents a significant step toward scalable, vendor-neutral quantum software engineering.
Horizon Europe Launches €5M ($5.67M USD) Q-VERSE Consortium to Build Hardware-Agnostic Quantum Software Stack
The Horizon Europe Q-VERSE consortium, funded with €5 million, is developing an open, hardware-agnostic quantum software stack. This initiative aims to unify quantum application development by decoupling it from low-level QPU architectures, utilizing the Eclipse Qrisp framework and standardized intermediate representations. The project, led by Fraunhofer FOKUS, involves 13 partners and will validate its platform across five industrial use cases, including railway scheduling and financial optimization. The post Horizon Europe Launches €5M ($5.67M USD) Q-VERSE Consortium to Build Hardware-Agnostic Quantum Software Stack appeared first on Quantum Computing Report.
The European Commission has launched Q-VERSE (Quantum Virtual Ecosystem for a unified Runtime for agnostic Software Engineering), a 36-month Horizon Europe Research and Innovation Action (Grant ID: 101293734) under the…
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