Q# libraries for quantum computing, including standard libraries, chemistry, and numerics modules for the Quantum Development Kit.
Quantum Libraries is a collection of open-source Q# libraries for the Microsoft Quantum Development Kit. It provides standard quantum operations, chemistry simulation tools, and numerics modules to help developers build quantum algorithms and applications. These libraries serve as foundational components for quantum programming within the Azure Quantum ecosystem.
Quantum developers and researchers using Microsoft's Quantum Development Kit who need pre-built, reliable quantum operations for chemistry, numerics, and general quantum algorithms.
Developers choose Quantum Libraries for their official integration with the QDK, comprehensive coverage of quantum domains (standard, chemistry, numerics), and Microsoft-backed reliability and support within the quantum computing ecosystem.
Q# libraries for the Quantum Development Kit
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Seamlessly integrates with Microsoft's Quantum Development Kit, providing reliable, tested components for quantum programming within the Azure Quantum ecosystem.
Covers standard operations, chemistry simulations for Hamiltonian modeling, and numerics for quantum arithmetic, offering a broad foundation for various quantum applications.
Built on .NET Core, it supports Windows, macOS, and Linux, with an open-source license allowing community contributions and transparency.
The repository is officially deprecated, meaning no further updates, bug fixes, or official support, which risks using outdated code and missing modern features.
Users must transition to the Modern QDK, requiring code changes and learning new APIs, as highlighted in the deprecation notice, adding overhead and potential errors.
With the shift to the Modern QDK, documentation is split between classic and modern versions, leading to confusion and reliance on potentially outdated resources.