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memQ DQC is a significant software advancement that addresses the critical bottleneck of scaling quantum processors by enabling efficient compilation and scheduling across distributed architectures. By supporting arbitrary network topologies and modeling photon arrival dynamics, this framework provides researchers with essential tools to optimize entanglement-based operations as monolithic QPUs reach physical limits. This release directly furthers the practical implementation of modular quantum computing strategies necessary for future large-scale systems.

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memQ Releases memQ DQC: An Open-Source Framework for Distributed Quantum Computing

Quantum Computing ReportSeptember 25, 20262 min read

memQ Inc. has released memQ DQC, an open-source Python framework for distributed quantum computing. It compiles and schedules quantum programs across multi-processor quantum architectures, addressing challenges in scaling quantum processing units beyond physical limitations. The framework allows researchers to define network topologies, partitions operations, routes remote gates, and includes a multi-algorithm compiler and schedulers to optimize distributed quantum program execution. The post memQ Releases memQ DQC: An Open-Source Framework for Distributed Quantum Computing appeared first on Quantum Computing Report.

Quantum networking startup memQ Inc. has officially released memQ DQC (version 0.1.2-beta), an open-source, modality-agnostic software framework designed to compile, partition, and schedule quantum programs across multi-processor distributed quantum architectures. Accompanied by a technical preprint published on arXiv…

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