The nanoscale air channel device (NACD) has recently gained significant attention as a
novel vacuum electronic that can be fabricated through nanofabrication technologies. Here …

The vacuum channel transistor has emerged as a promising candidate for next-generation
technology due to its intriguing features compared to the conventional field effect transistor …

Nano air channel transistors (NACTs) provide numerous advantages over traditional silicon
devices, including faster switching speeds, higher operating frequencies, and enhanced …

As research and development of nanocomposites receive more attention in today's fast-
paced world. SiC nanowires (SiC NWs) and their composites exhibit numerous unique and …

Nanoscale air channel transistors (NACTs) have received significant attention due to their
remarkable high‐frequency performance and high switching speed, which is enabled by the …

Enhancing field emission in ultrascaled electronics improves the device performance and
energy efficiency. Conventional lithography defines electrodes with a few-nanometer …

Nanoscale air/vacuum channel devices have shown great potential in extreme
environments, high speed and low power consumption applications. Progress in fabrication …

Air‐channel devices have a special advantage due to the promise of vacuum‐like ballistic
transport in air, radiation insensitivity, and nanoscale size. Here, achieving high current at …

Field-emission nanodiodes with air-gap channels based on single β-Ga2O3 nanowires
have been investigated in this work. With a gap of∼ 50 nm and an asymmetric device …

The newly developed nanoscale vacuum devices have basic functions similar to traditional
vacuum tubes, but can be manufactured by existing silicon-based process lines to achieve …