Nonlinear-response theory for lossy superconducting quantum circuits

Keyphrases

• Accurate Model 50%
• Circuit-based 50%
• Degrees of Freedom 50%
• Dispersive Readout 50%
• Explicit Formula 50%
• Extended State Space 50%
• Finite Temperature 50%
• Harmonic Modes 50%
• High Temperature 50%
• Influence Functional 50%
• Input-output Theory 50%
• Josephson Junction 50%
• Linear Elements 50%
• Linear Response 50%
• Lossy 100%
• Markovian 50%
• Mechanical Treatment 50%
• Nonlinear Element 100%
• Nonlinear Response 100%
• Nonlocal Influence 50%
• Open Quantum Systems 50%
• Path Integral Formalism 50%
• Quantum Circuit 50%
• Quantum Devices 50%
• Quantum Dissipation 50%
• Quantum Measurement 50%
• Quantum Mechanical 50%
• Quantum Phase Transition 50%
• Quasiprobability Distributions 50%
• Response Theory 100%
• Richard Feynman 50%
• Superconducting Quantum Circuits 100%
• Superconducting Transmon Qubit 50%
• Time Concepts 50%
• Time Observable 50%
• Weak Coupling 50%
• Weak Dissipation 50%

Physics

• Degree of Freedom 100%
• Finite-Temperature 100%
• Harmonics 100%
• Josephson Junction 100%
• Open Quantum Systems 100%
• Quantum Device 100%
• Quantum Dot 100%
• Quantum Measurement 100%

INIS

• coupling 20%
• degrees of freedom 20%
• devices 20%
• distribution 20%
• environment 20%
• harmonics 20%
• high temperature 20%
• input-output 20%
• josephson junctions 20%
• markov process 20%
• mechanics 20%
• nonlinear problems 100%
• path integrals 20%
• phase transformations 20%
• quantum mechanics 20%
• quantum systems 20%
• qubits 20%
• readout systems 20%
• space 20%
• tools 20%