제 12회 나노-중시계 연구모임 강의 계획

1. Basic Theory of Josephson Junctions [Lecture Note (PDF)]
   • dc- and ac-Josephson effect
   • rf- and dc-SQUID
   • Macroscopic quantization of Josephson junction
   • Three prototypes of superconducting qubits
2. Quantum electrodynamics (QED) with Superconduting Circuits [Lecture Note (PDF)]
   • Circuit implementation of QED
   • Introduction to cavity QED
   • Quantum computation
   • Quantum non-demolition measurement (approximate)
3. Mesoscopic Superconductivity [Lecture Note (PDF)]
   • Superconducting weak links
   • Superconducting quantum point contact
   • Superconducting single-electron transistor

1. Intronduction to qubits and quantum computation [Lecture Note (PDF)]
2. Single electron box and single Cooper pair box
3. Single qubit operation and measurements
4. Decoherence in superconducting charge qubits
5. Two qubits and entanglement
6. Work at KRISS

Part I [Lecture Note (PDF, Incl. Part II)]

1. Introduction to superconducting qubits
2. Fundamentals of superconducting flux qubits
3. Milestones of superconducting flux qubits

   Part II

4. SQUID basics
5. Flux qubits
6. Operation and measurement of flux qubits
7. Dephasing in flux qubits