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Quantum-optical phenomena in nanophysics - 16: General theory of superconducting circuits
Foundations of Quantum Mechanics:
Lecture 16
10.6.2013
(continued) noise spectrum;
4.3 Quantum dynamics of open systems (Kraus operators, Lindblad master equation, examples: two-level system relaxation and dephasing, damped harmonic oscillator)
Continued with general theory of superconducting circuits. Flux representation. Node variables. Lagrangian. Hamiltonian. Phase representation vs. charge representation. Phase qubit. Flux control of a Cooper-pair box via the Aharonov-Bohm effect.
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By Prof. Dr. Florian MarquardtFoundations of Quantum Mechanics:
Lecture 16
10.6.2013
(continued) noise spectrum;
4.3 Quantum dynamics of open systems (Kraus operators, Lindblad master equation, examples: two-level system relaxation and dephasing, damped harmonic oscillator)
Continued with general theory of superconducting circuits. Flux representation. Node variables. Lagrangian. Hamiltonian. Phase representation vs. charge representation. Phase qubit. Flux control of a Cooper-pair box via the Aharonov-Bohm effect.
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