Q# libraries
Q# libraries for quantum computing, including standard libraries, chemistry, and numerics modules for the Quantum Development Kit.
What is Q# libraries?
Microsoft/QuantumLibraries is a deprecated repository that provided open-source Q# libraries for the Classic Quantum Development Kit (QDK). It offered essential building blocks for quantum programming, including core functionality for quantum algorithms, chemistry simulations, and numerical operations, enabling developers to build quantum applications more efficiently.
Quantum developers and researchers using the Classic QDK who need pre-built, well-tested components for quantum algorithm development, chemistry simulations, and numerical operations in Q#.
Developers chose these libraries for their robust, abstracted components that handled common quantum computing patterns, allowing focus on higher-level algorithm design rather than low-level implementation details. They provided specialized tools for quantum chemistry and numerics not typically found in basic quantum SDKs.
Overview
Q# libraries for the Quantum Development Kit
Use Cases
Best For
- Developing quantum algorithms using pre-built, standardized Q# operations and data structures.
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