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Qiskit SDK v2.6 expands its high-performance Rust core to the C API, enabling quantum circuit serialization and interoperability without requiring Python. This shift addresses critical bottlenecks for integrating quantum workloads into high-performance computing (HPC) environments where Python dependencies are impractical. By optimizing file encoding for large classical registers, the update lays foundational plumbing for future fault-tolerant pipelines and quantum-centric supercomputing.
Sursă care acoperăQuantum Zeitgeist
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Qiskit SDK v2.6 streamlines quantum circuit serialization

Quantum Zeitgeist9 min de cititArticolul și perspectiva sunt în engleză.

Qiskit SDK v2.6 is a release centered on the C API, exposing its high-performance Rust core and enabling interoperability with nearly every language. The latest version brings the compiler’s pass-manager framework, QPY serialization, and custom operations to the C API, and continues work to allow its use without Python.

The latest version of the Qiskit SDK prioritizes a shift beyond Python, as Qiskit v2.6 is specifically bringing the compiler’s pass-manager framework, QPY serialization and custom operations to that API. The developers say these capabilities are “foundational plumbing for what’s next” in quantum computing, allowing circuits to move between languages and systems via QPY serialization now available through the C API. Qiskit is being built to be the performant software stack users reach for across the entire continuum, not only for near-term work, but for error-corrected pipelines as well. Qiskit version 2.6 introduces a new quantum circuit serialization format, QPY v18, designed for compatibility with older releases only when explicitly requested, a change that prioritizes internal cleanup and more compact on-disk encoding of registers. This version allows circuits with large or numerous classical registers to experience a measurable reduction in file size, a benefit stemming from the release’s focus on the C Application Programming Interface (API). The team anticipates these capabilities will be important for quantum-centric supercomputing (QCSC) and future fault-tolerant workloads, even as Qiskit continues to provide value for near-term quantum…

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