Optimizing Quantum Circuits with Cirq

[shubhusion]

Title: Optimizing Quantum Circuits with Cirq:

Description:

This PR introduces a comprehensive tutorial on advanced techniques for optimizing quantum circuits using Cirq, a powerful quantum computing library developed by Google. The tutorial covers fundamental concepts of quantum computing, the quantum computing stack overview, and delves deep into advanced optimization techniques such as gate fusion, gate commutation, gate synthesis, gate cancellation, dynamic circuit optimization, and noise-aware optimization.

The tutorial provides detailed explanations of each optimization technique along with code examples demonstrating their implementation using Cirq. Additionally, it offers insights into the impact of these techniques on circuit performance, efficiency, and reliability.

Key Features:

• In-depth coverage of advanced quantum circuit optimization techniques.
• Detailed explanations and code examples using Cirq.
• Demonstrations of optimization techniques' impact on circuit performance.
• Recommendations for further exploration and learning.

Checklist

• Content is clear, concise, and well-organized.
• Code examples are accurate and runnable.
• Tutorial follows best practices for technical writing.
• Pull request description is informative and detailed.

Reviewers, please provide feedback on clarity, completeness, and correctness. Your input is highly appreciated to improve the quality and effectiveness of this tutorial.

Fixes #16

[shubhusion]

@MaldoAlberto Could you please provide your valuable feedback on why my PR was not accepted for issue #16 ? Your insights would greatly help me improve the quality of my contributions.