Qsharp
Showing 18 of 18 projects
A collection of self-paced tutorials and programming exercises for learning quantum computing and Q#.
A collection of self-paced tutorials and programming exercises for learning Q# and quantum computing concepts.
A collection of sample applications demonstrating quantum programming concepts and algorithms using Microsoft's Quantum Development Kit.
Q# libraries for quantum computing, including standard libraries, chemistry, and numerics modules for the Quantum Development Kit.
Q# libraries for quantum computing, including standard libraries, chemistry, and numerics modules for the Quantum Development Kit.
Deprecated Microsoft Quantum Computing libraries for noncommercial research and academic use only.
A curated collection of Q# code samples, tutorials, libraries, and resources for quantum computing development.
A hands-on tutorial for implementing a quantum perceptron using Microsoft's Quantum Development Kit and Q#.
Workshop materials for learning quantum computing by implementing the Deutsch-Jozsa algorithm in Q#.
A Python implementation of Shor's algorithm that calls Q# for quantum phase estimation, featuring cross-language interoperability and parallel computation.
A tutorial on implementing circuit-centric quantum classifiers using Microsoft's Quantum Development Kit and Q#.
A Q# SDK demonstration showing counter-intuitive quantum behavior using the Hadamard gate.
An Emacs major mode providing syntax highlighting for Q# quantum programming language files.
Vim plugin providing syntax highlighting and file detection for the Q# quantum programming language.
A Q# sample program that creates a Bell state for quantum computing demonstrations.
Solutions to the 2018 Microsoft Q# coding challenge and warm-up problems on Codeforces.
A collection of quantum computing coding exercises and tutorials using Q# for learning quantum programming.
A Visual Studio solution with four Q# projects demonstrating quantum computing algorithms like Deutsch's algorithm and quantum teleportation.
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