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Classiq and ParityQC's integration directly addresses a critical bottleneck in near-term quantum computing by automating the translation of algorithms into hardware-efficient circuits. By significantly reducing costly SWAP operations on processors like IBM Quantum Heron, this partnership advances the practical scalability required for executing complex programs within current physical constraints.

Source coveringQuantum Zeitgeist

Classiq and ParityQC Combine to Cut Quantum Circuit Complexity

Quantum ZeitgeistJuly 15, 20263 min read

Classiq and ParityQC have partnered to integrate their technologies, aiming to streamline the process of translating quantum algorithms into efficient circuits for execution on existing quantum hardware. This collaboration focuses on reducing circuit complexity and the need for costly SWAP operations, a common challenge in running quantum programs.

A Germany-Israel collaboration is targeting a critical obstacle in quantum computing: translating complex algorithms into circuits that can run efficiently on existing hardware. Classiq and ParityQC are integrating ParityQC’s technology with Classiq’s quantum software engineering platform to reduce the number of costly SWAP operations that slow down program…

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