Preparing a Quantum State

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prerequisites
basics of Python or C#, linear algebra, probability theory, and quantum computing concepts
skills learned
developing quantum algorithms to match specified tasks • simplifying code development with the Microsoft Quantum Development Kit • running quantum code simulations
Mariia Mykhailova
1 week · 6-8 hours per week · BEGINNER
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In this liveProject, you’ll step into the shoes of a quantum software engineer and develop a library for state preparation routines. Preparing quantum systems in arbitrary superposition states is a vital step of quantum algorithms. Luckily, the Microsoft Quantum Development Kit libraries offer multiple state preparation routines. You’ll implement a single-qubit state preparation routine and a recursive multi-qubit state preparation routine, before implementing the complete multi-qubit state preparation routine. Finally, you’ll write unit tests for your implementation.

This project is designed for learning purposes and is not a complete, production-ready application or solution.

project author

Mariia Mykhailova
Mariia Mykhailova is a senior software engineer at Microsoft Quantum, where she focuses on education and developer outreach. Mariia is the author and maintainer of the Quantum Katas project, an open-source collection of hands-on tutorials and exercises for learning quantum computing using the Microsoft Quantum Development Kit. She is the lead organizer of the Q# Coding Contests series, and is also a part-time lecturer at Northeastern University Seattle, teaching the class "Introduction to Quantum Computing." She hosted quantum computing workshops and presented her work in quantum computing education at multiple events and conferences.

prerequisites

This liveProject is for software engineers interested in exploring hands-on quantum computing. To begin this liveProject you will need to be familiar with the following:


TOOLS
  • Basics of Python or C#
TECHNIQUES
  • Basics of linear algebra
  • Basics of probability theory
  • Basics of quantum computing concepts

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