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memQ Inc. has released an open-source distributed quantum compiler designed to optimize execution across heterogeneous multi-vendor quantum processing unit networks. This toolchain automates resource trade-off analysis and network topology modeling, addressing critical scaling challenges in building large-scale quantum systems. The release underscores the industry shift toward modality-agnostic frameworks that abstract low-level hardware constraints for developers.

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memQ Open-Sources Industry-First Modality-Agnostic Distributed Quantum Compiler (memQ DQC)

Quantum Computing ReportSeptember 25, 20262 min read

memQ Inc. has open-sourced its Distributed Quantum Compiler (memQ DQC), a modality-agnostic software framework for scaling quantum computing across multi-vendor QPU networks. This release aligns with U.S. federal directives and allows developers to model multi-QPU execution and analyze resource trade-offs without manual low-level programming. The toolchain features an interactive Quantum Network Constructor and dynamic partitioning, with accompanying research highlighting the importance of compiler selection based on hardware topology. The post memQ Open-Sources Industry-First Modality-Agnostic Distributed Quantum Compiler (memQ DQC) appeared first on Quantum Computing Report.

Quantum networking technology developer memQ Inc. has publicly released its Distributed Quantum Compiler (memQ DQC) as an open-source toolchain on GitHub. Spun out from the University of Chicago, the…

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