Quantum‐level manipulation of atomic configuration offers a excellent platform for the
construction of exotic nanostructures that exhibit unusual solid‐state physics and electronic …

One-dimensional ballistic transport is demonstrated for a high-mobility InAs nanowire
device. Unlike conventional quantum point contacts (QPCs) created in a two-dimensional …

Strong demand for power reduction in state-of-the-art semiconductor devices calls for novel
devices and architectures. Since ternary logic architecture can perform the same function as …

Conductance quantization at room temperature is a key requirement for the utilizing of
ballistic transport for, eg, high-performance, low-power dissipating transistors operating at …

We report on a prototype device geometry where a number of quantum point contacts are
connected in series in a single quasi-ballistic InAs nanowire. At finite magnetic field the …

Quantum point contacts (QPC) are a primary component in mesoscopic physics and have
come to serve various purposes in modern quantum devices. However, fabricating a QPC …

The ballistic filtering property of nanoscale crosses was used to investigate the effect of
perpendicular magnetic fields on the ballistic transport of electrons on wide band-gap GaN …

We address the coexistence of massless and massive topological edge states at the
interface between two materials with different topological phases. We modify the well-known …

CMOS scaling is near its end but new emerging devices are being developed to replace
CMOS. These devices have different features than CMOS, such as the possibility for multi …

A reconfigurable logic gate is proposed in a two-dimensional double quantum wire system
with a coupling window enabled by a Rashba field. Manipulating the spin states of incoming …