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memQ DQC introduces an open-source framework for compiling and scheduling quantum programs across distributed networks, featuring a graphical tool to define processor connectivity without modifying original circuits. By allowing researchers to model entanglement generation under deterministic or stochastic conditions, the system addresses critical challenges in scaling quantum computing beyond single-processor limits. This capability enables detailed optimization of resource requirements based on specific hardware parameters and network topologies.
memQ DQC includes a graphical Quantum Network Constructor.
memQ DQC is an open-source, modality-agnostic framework for compiling and scheduling quantum programs across distributed quantum networks, offering a path toward scaling beyond the limitations of individual quantum processors. The framework translates quantum circuits into programs accounting for processors and the network, and includes a graphical Quantum Network Constructor for defining processors, qubit connectivity, and quantum links.
memQGit has released memQ DQC, an open-source framework designed to compile and schedule quantum programs across distributed quantum networks. The software addresses a key challenge in scaling quantum computing by enabling programs to run on multiple…
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