The parallelization of single-electron pumps is a promising method to increase the
quantized current level produced from a semiconductor-based single-electron system. In the …

We present an efficient machine learning based automated framework for the fast tuning of
single-electron pump devices into current quantization regimes. It uses a sparse …

The quantized current steps produced by a dynamic quantum dot (QD) operated with an
external rf signal follow the relation I= nef, where n is the number of electrons captured in the …

We developed an electron-counting technique for a self-referenced single-electron
quantized current source of a single-electron-pump system and investigated the fidelity of …

The reversal technique in electrical measurements has been generally used to obtain a
genuine value of an interesting physical quantity without unwanted signal offset. In the …

From both a fundamental viewpoint and the perspective of wave-function engineering of an
electron pumped by single-electron sources, it is important to understand how an electron …

It is often overlooked that so far, there has been inconsistency between the definition of the
ampere in SI units and its realization. For instance, the ampere is defined based on the …