- Lab
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Libraries: If you want this lab, consider one of these libraries.
- Security
Quantum Computing with Q#
Learn the fundamentals of quantum programming by configuring a Q# development environment, creating and simulating quantum circuits, implementing basic quantum algorithms, and using the Quantum Development Kit to debug and optimize your code.
Lab Info
Table of Contents
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Challenge
Develop quantum circuits using the Q# programming language
In this objective, you will use Q# and the Quantum Development Kit (QDK) to create and simulate foundational quantum circuits. You will apply quantum gates such as Hadamard and CNOT, visualize circuit behavior, and observe how quantum states change during simulation.
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Challenge
Implement cryptographic primitives in a quantum environment
In this objective, you will apply Q# programming techniques to quantum computing concepts relevant to cryptography and information processing. You will create a quantum random number generator, explore the No-Cloning theorem, and implement the Deutsch-Jozsa algorithm to demonstrate how superposition, measurement, and quantum interference can be used in quantum programs.
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Challenge
Troubleshoot and optimize quantum code
In this objective, you will use Q# and the Quantum Development Kit to troubleshoot and analyze quantum programs. You will inspect quantum states during simulation, analyze the resources required by a quantum circuit, and compare alternative gate implementations to understand how circuit design affects resource requirements.
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