Add to ORKGThe quantization of ballistic electron transport through a constriction demonstrates that conduction is transmission
In a small metallic constriction ("point contact") the transport of electrons is ballistic...
Here, we employ a numerical approach to investigate the transport and conductance characteristics of...
In recent years, the fabrication of novel building blocks for quantum computation- and spintronics d...
Abstract. We study the transport properties of an atomic-scale contact in the ballistic regime. The ...
During the last decades, technology has made it possible to produce devices at smaller and smaller l...
We developed a formalism within the linear-response theory to investigate the transport through a qu...
Three topics of current interest in the study of quantum ballistic transport in a two-dimensional el...
Three topics of current interest in the study of quantum ballistic transport in a two-dimensional el...
The conductance of ballistic quantum constrictions in a two-dimensional electron gas has been studie...
The conductance of ballistic quantum constrictions in a two-dimensional electron gas has been studie...
Experiments shows that the conductance of a quantum point contact is quantized in steps of 2e²/h, w...
Experiments shows that the conductance of a quantum point contact is quantized in steps of 2e²/h, w...
In the ballistic limit, the Landauer conductance steps of a mesoscopic quantum wire have been explai...
The conductance of ballistic quantum constrictions in a two-dimensional electron gas has been studie...
We present an experimental and theoretical study of electron transport in constricted geometries, de...
In a small metallic constriction ("point contact") the transport of electrons is ballistic...
Here, we employ a numerical approach to investigate the transport and conductance characteristics of...
In recent years, the fabrication of novel building blocks for quantum computation- and spintronics d...
Abstract. We study the transport properties of an atomic-scale contact in the ballistic regime. The ...
During the last decades, technology has made it possible to produce devices at smaller and smaller l...
We developed a formalism within the linear-response theory to investigate the transport through a qu...
Three topics of current interest in the study of quantum ballistic transport in a two-dimensional el...
Three topics of current interest in the study of quantum ballistic transport in a two-dimensional el...
The conductance of ballistic quantum constrictions in a two-dimensional electron gas has been studie...
The conductance of ballistic quantum constrictions in a two-dimensional electron gas has been studie...
Experiments shows that the conductance of a quantum point contact is quantized in steps of 2e²/h, w...
Experiments shows that the conductance of a quantum point contact is quantized in steps of 2e²/h, w...
In the ballistic limit, the Landauer conductance steps of a mesoscopic quantum wire have been explai...
The conductance of ballistic quantum constrictions in a two-dimensional electron gas has been studie...
We present an experimental and theoretical study of electron transport in constricted geometries, de...
In a small metallic constriction ("point contact") the transport of electrons is ballistic...
Here, we employ a numerical approach to investigate the transport and conductance characteristics of...
In recent years, the fabrication of novel building blocks for quantum computation- and spintronics d...