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- A Aassime, G Johansson, G Wendin, R J Schoelkopf, P Delsing
- Physical review letters
- 2001

We study the radio-frequency single-electron transistor (rf-SET) as a readout device for charge qubits. We measure the charge sensitivity of an rf-SET to be 6.3microe/sqrt[Hz] and evaluate the backaction of the rf-SET on a single Cooper-pair box. This allows us to compare the needed measurement time with the mixing time of the qubit imposed by the… (More)

- A Zazunov, V S Shumeiko, E N Bratus', J Lantz, G Wendin
- Physical review letters
- 2003

We investigate the dynamics of a two-level Andreev bound state system in a transmissive quantum point contact embedded in an rf SQUID. Coherent coupling of the Andreev levels to the circulating supercurrent allows manipulation and readout of the level states. The two-level Hamiltonian for the Andreev levels is derived, and the effect of interaction with the… (More)

- Göran Johansson, Andreas Käck, Göran Wendin
- Physical review letters
- 2002

We calculate the spectral density of voltage fluctuations in a single-electron transistor (SET), biased to operate in a transport mode where tunneling events are correlated due to Coulomb interaction. The whole spectrum from low frequency shot noise to quantum noise at frequencies comparable to the SET charging energy (EC/h) is considered. We discuss the… (More)

- Zoran Konkoli, Göran Wendin
- IJUC
- 2014

- Jonas Sköldberg, Carl Önnheim, Göran Wendin
- IEEE Trans. on Circuits and Systems
- 2007

- Göran Wendin
- Philosophical transactions. Series A…
- 2003

We review some basic facts about qubits and qubit processing. After a brief survey of solid-state qubits, we focus on quantized electrical circuits and superconducting qubits based on Josephson junctions. We review the general framework and indicate how the various qubits, such as the superconducting Cooper pair box charge qubit, the persistent current flux… (More)

- Zoran Konkoli, Göran Wendin
- Nanotechnology
- 2013

This work develops a generic software tool for simulation of the dynamics of sparse multi-terminal memristive networks. The simulator is coded on one platform and relatively compact for easy work-flow and future extensions. Due to its relatively small size it should be easy to transfer (re-program) it using other computer languages. Future applications of… (More)

We demonstrate how to configure and reconfigure a nanoelectronic nonlinear network to a universal set of logic gates by applying sequences of voltage pulses to the edges of the network. The nanoelectronic device is designed to consist of a self-assembled network of nanoparticles connected by two-terminal linker elements with hysteretic behaviour, allowing… (More)

- Zackary Chiragwandi, Jonas Sköldberg, Göran Wendin
- ISCAS
- 2010

- G Wendin, V S Shumeiko
- Science
- 2001