Equivalent circuit diagrams for two different implementations of... . Download scientific diagram | Equivalent circuit diagrams for two different implementations of two-resonator circuit QED based on either a charge qubit [(a)-(c)] or a flux qubit [(d)-(f)]. Cf. Subsec. II C for details. (a) b V ra and b V rb : Quantized voltage sources associated with resonators A and B in parallel to the self-capacitances C ra and C rb of the resonators. Ë I ra andËIandË andËI rb : Quantized current sources associated with resonators A and B in series to the self-inductances L ra and L rb of the resonators. The number of excess Cooper pairs on the charge qubit island (big dot) is n|Ënn|Ë n|Ën |n. C J : Capacitance of each of the two Josephson tunnel junctions connecting the island to ground. C ga and C gb : Coupling capacitances between the qubit and the two resonators. C ab : First-order cross-capacitance between A and B (typically small, dotted line). The dashed box marks a T-network composed of C ga , 2C J , and C gb. (b) C cr â¡ C ga C gb /C Î£ : Second-order cross-capacitance. C sa â¡ 2C J C ga /C Î£ and C sb â¡ 2C J C gb /C Î£ : Resonator shift capacitances. C ab is neglected for simplicity. (c) The circuits of (b) rearranged as a single Î -network (dashed box). The latter is equivalent to the T-network of (a). The magnitudes of C ra and C rb are increased by the presence of the shift capacitances C sa and C sb. (d) Two resonators A and B inductively coupled via M qa and M qb to a flux qubit with total self-inductance L q = L q /2 + L q /2 and flux operator b Î¦. The first-order mutual inductance m between the two resonators is neglected to simplify the notation. (e) The disconnected circuit of (d) is transformed into a connected circuit. 57 Again, we can identify a Î -network (dashed box). (f) Left side: T-network obtained from the Î -network of (e). We identify the second-order mutual inductance M cr â¡ M qa M qb /L q and the shift inductances L sa â¡ M 2 qa /L q and L sb â¡ M 2 qb /L q. Right side: The connected circuit on the left side is transformed into a disconnected circuit. 57 from publication: Two-resonator circuit quantum electrodynamics: A superconducting quantum switch | We introduce a systematic formalism for two-resonator circuit QED, where two on-chip microwave resonators are simultaneously coupled to one superconducting qubit. Within this framework, we demonstrate that the qubit can function as a quantum switch between the two resonators,... | Quantum, Superconductivity and Quantum Electrodynamics | ResearchGate, the professional network for scientists. www.researchgate.net

Circuit diagrams of two different HESM topologies: passive (top) and... . Download scientific diagram | Circuit diagrams of two different HESM topologies: passive (top) and active (bottom) [20]. from publication: Evaluation of a Hybrid Energy Storage Module for Pulsed Power Applications | Before pulsed power systems can be fielded in either mobile or small footprint stationary applications, the prime power source must be optimized for both size and operational efficiency. In large footprint laboratories, prime power supplies are connected to a local utility... | Pulsed Power, Energy Storage and Electrochemistry | ResearchGate, the professional network for scientists. www.researchgate.net