아카데미 / Quantum Circuits, Algorithms, and Industry
Quantum Circuits, Algorithms, and Industry
Turns conceptual literacy into circuit intuition: the mathematical language of qubits, multi-qubit states, gates, noise, canonical and variational algorithms, benchmarking, applications, and security migration. 8 modules · 24 lessons · simulator laboratories · 8 quizzes · 1 technical-business capstone.
Intermediate · 12–16 hours · 8 모듈, 각각 세 가지 확인 질문으로 마무리 · 마지막의 서술형 마무리 과제
1. Mathematical Language of Qubits
Vectors, complex amplitudes, normalization, phase, the Bloch sphere, and measurement bases.
4 슬라이드 · 그다음 세 가지 확인 질문
2. Multi-Qubit Systems and Entanglement
Tensor products, basis ordering, separable states, Bell states, and reduced descriptions.
4 슬라이드 · 그다음 세 가지 확인 질문
3. Quantum Gates and Circuit Design
Unitary evolution, common gates, controlled operations, reversibility, and circuit diagrams.
4 슬라이드 · 그다음 세 가지 확인 질문
4. Noise, Characterization, and Error Mitigation
Noise channels, fidelity metrics, calibration, mitigation, and the boundary between mitigation and correction.
4 슬라이드 · 그다음 세 가지 확인 질문
5. Canonical Quantum Algorithms
Oracle models, amplitude amplification, phase estimation, and cryptographic implications.
4 슬라이드 · 그다음 세 가지 확인 질문
6. Variational and Hybrid Algorithms
Parameterized circuits, classical optimization loops, VQE, QAOA, trainability, and resource realism.
4 슬라이드 · 그다음 세 가지 확인 질문
7. Applications and End-to-End Workflows
Chemistry, materials, optimization, finance, AI, sensing, and the importance of data interfaces.
4 슬라이드 · 그다음 세 가지 확인 질문
8. Industry, Security, and Technical Diligence
Value-chain mapping, national strategy, post-quantum migration, and proof-of-concept design.
4 슬라이드 · 그다음 세 가지 확인 질문캡스톤: Intermediate Capstone: Quantum Proof-of-Concept Proposal
Develop a 6–10 page proposal for a realistic quantum proof of concept. Choose chemistry/materials, optimization, finance, AI, sensing, or cybersecurity....