With the technological advances in wearable and portable electronic devices, the demands
for associated technologies including flexible energy storage devices increase. Among …

We have measured the differential conductance of a parallel carbon nanotube (CNT) double
quantum dot (DQD) with strong inter‐dot capacitance and inter‐dot tunnel coupling …

We have investigated the transport property of the double-walled carbon nanotubes
(DWCNT)-field effect transistor (FET) devices with HfO 2 insulating layers at room …

We investigate electronic transport properties of field-effect transistors based on double-
walled carbon nanotubes, of which inner shells are metallic and outer shells are …

Carbon nanotubes (CNTs) are a versatile fundamental building block for classical small
scale electronics and quantum electronics, and for the investigation of novel quantum states …

We report single step-like asymmetric magnetoconductance from a double-walled carbon
nanotube single electron transistor contacted by ferromagnetic cobalt electrodes. The device …

We investigate the electronic-current-induced heat generation in a double quantum dot
connected by two normal leads. The dots are coupled in series with a coupling strength t d. It …

Electron transport through a nanostructure in source-drain geometry depends on quantum
confinement and quality of metal contacts. In addition, transport mechanism varies with the …

We have measured the differential conductance of a parallel carbon nanotube (CNT) double
quantum dot (DQD) with strong inter-dot capacitance and inter-dot tunnel coupling …