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Course Outline
Fundamentals of Quantum Computing
- A comparison of classical and quantum computing paradigms
- Core concepts: superposition and entanglement
- The role of quantum gates and circuit design
Getting to Know Google Willow
- Google’s key milestones in quantum computing development
- The Willow architecture and its 105-qubit configuration
- Significant improvements in error correction achieved with Willow
Basics of Quantum Programming
- Configuring the Qiskit environment for development
- Coding and executing introductory quantum circuits
- Techniques for simulating quantum processes
Quantum Algorithms and Practical Uses
- An introduction to standard quantum algorithms
- Utilizing quantum computing for cryptography and optimization tasks
- How Google Willow contributes to improved quantum performance
Practical Labs and Industry Applications
- Constructing straightforward quantum circuits from scratch
- Conducting and interpreting quantum computing simulations
- Evaluating the impact of quantum computing across different sectors
The Path Ahead for Quantum Computing
- Navigating current challenges and emerging opportunities
- Key trends in quantum hardware and software evolution
- Strategies for continued learning and career advancement
Recap and Future Directions
Requirements
- A foundational grasp of mathematics and linear algebra concepts
- Proficiency in programming, with a preference for Python skills
- No existing background in quantum computing is necessary
Intended Learners
- IT specialists looking to expand their expertise into quantum computing
- Technology enthusiasts interested in exploring the quantum landscape
14 Hours