Coming Soon
Advanced quantum computing topics for building real-world applications
Master Phase 0-2 first, then return here to take your quantum skills to production level
What's Coming in Phase 3
Production-ready quantum computing: from theory to real applications
Quantum Error Correction
Why we need 1000 physical qubits per logical qubit. Surface codes, error syndromes, and fault-tolerant computing.
Critical for Real HardwareVariational Quantum Eigensolver (VQE)
Find ground states of molecules. Drug discovery, materials science, and quantum chemistry applications.
Near-Term ApplicationQuantum Approximate Optimization (QAOA)
Solve combinatorial optimization problems. Supply chain, logistics, portfolio optimization.
Industry ReadyQuantum Machine Learning
Quantum neural networks, feature maps, kernel methods. Where quantum meets AI.
Cutting EdgeNoise & Decoherence
Real hardware constraints. Gate fidelity, T1/T2 times, mitigation techniques, calibration.
Hardware RealityQuantum Software Engineering
Building production quantum applications. Testing, debugging, optimization, deployment.
Best Practices🗺️ Your Journey to Phase 3
Phase 0: Mental Model Reset
Destroy classical assumptions. Understand wave-particle duality, measurement, and why qubits aren't faster bits.
Phase 1: Qubits & Gates
Master the Bloch sphere, quantum gates as rotations, and entanglement. Build your first circuits.
Phase 2: Quantum Algorithms
Implement Deutsch-Jozsa, Grover's search, and Shor's factoring. Understand when quantum helps vs classical.
Phase 3: Production-Ready (Coming Soon)
Error correction, variational algorithms, quantum ML, and building real applications on noisy hardware.
📋 Prerequisites for Phase 3
Before Starting Phase 3, You Should Be Able To:
- ✅ Visualize any qubit state on the Bloch sphere
- ✅ Implement quantum circuits in Qiskit from scratch
- ✅ Explain why measurement destroys superposition
- ✅ Build entangled states using CNOT gates
- ✅ Implement Grover's search with a custom oracle
- ✅ Understand when quantum beats classical (and when it doesn't)
- ✅ Run circuits on IBM Quantum hardware
- ✅ Debug quantum circuits using statevector simulators
💡 Pro Tip: Don't rush! Most people take 2-3 months to truly master Phase 0-2. Build projects, break circuits, and understand deeply before moving to Phase 3.
Ready to Master the Fundamentals?
Phase 3 will be here when you're ready. Start with Phase 0 and build a rock-solid foundation.
🔔 Want to Know When Phase 3 Launches?
Follow the GitHub repository for updates. Phase 3 content will be added when there's significant demand from learners who've completed Phase 0-2.
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