Abstract
Several circuits composed of small-capacitance tunnel junctions have been used to study single-electron and charging effects. Among them two-dimensional arrays take a special place due to the fact that for each junction the presence of all other junctions with high resistance provides an excellent decoupling from the environment. As a result many of the single-electron effects are very pronounced. In addition, properties special for the two-dimensional system are expected and observed [1]. Arrays built from normal junctions may show at low temperature insulating behavior, and only at higher temperature a Kosterlitz-Thouless-Berezinskii (KTB) [2, 3] phase transition to a conducting phase occurs [4]. In arrays built from Josephson junctions a phase transition separates an insulating from a superconducting state [5]. An interesting duality exists [6]–[10] between single charges, whose motion produces a current, and vortices, whose motion produces a voltage. The former dominate in arrays where the charging energy E C exceeds the Josephson coupling E j , the latter in arrays with E j exceeding E C . Moreover, in arrays with low dissipation the vortices can have a very special dynamics [11]–[16], associated with the electric field energy. They are found to show quantum as well as ballistic behavior.
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Mooij, J.E., Schön, G. (1992). Single Charges in 2-Dimensional Junction Arrays. In: Grabert, H., Devoret, M.H. (eds) Single Charge Tunneling. NATO ASI Series, vol 294. Springer, Boston, MA. https://doi.org/10.1007/978-1-4757-2166-9_8
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