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memQ DQC introduces a significant advancement in distributed quantum computing by enabling the compilation and scheduling of circuits across heterogeneous networks with varying qubit counts. Its modality-agnostic design allows researchers to experiment with diverse qubit technologies and network topologies while realistically modeling state teleportation and error conditions. This flexibility is crucial for overcoming single-device limitations and scaling entanglement-based quantum systems toward practical implementation.

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memQ DQC lets users map quantum circuits to any network design

Quantum ZeitgeistSeptember 23, 20263 min read

memQ DQC, an open-source framework, lets users map quantum circuits to any network design, even with varying qubit counts.

memQ has released an open-source framework, memQ DQC, designed to compile and schedule quantum programs across distributed networks, tackling a core challenge in scaling quantum computing beyond single-device limitations. A key feature is the “graphical Quantum Network Constructor,” enabling visual definition of processors and links, moving beyond purely code-based network design. When a circuit requires qubits on different processors,…

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