Due to the broad potential applications range in both military and civilian domains, solar-
blind photodetectors based on the ultrawide-bandgap semiconductor Ga 2 O 3, with high …

With the use of UV‐C radiation sterilizers on the rise in the wake of the recent pandemic, it
has become imperative to have health safety systems in place to curb the ill‐effects on …

Ga 2 O 3 based self-powered photodetectors, which can work in photovoltaic mode, show
great potential applications in the next-generation photodetectors. Due to the difficulty of p …

There is an emerging need for high-sensitivity solar-blind deep ultraviolet (DUV)
photodetectors with an ultra-fast response speed. Although nanoscale devices based on Ga …

The rapid spread of the novel coronavirus disease (COVID-19) and emergence of different
variants worldwide have caused a pandemic. With the sudden outbreak of this virus …

The emergence of the wide-band-gap semiconductor Ga2O3 has propelled it to the forefront
of solar blind detection activity owing to its key features. Although various architectures and …

A heterojunction is an essential strategy for multispectral energy-conservation
photodetection for its ability to separate photogenerated electron–hole pairs and tune the …

Ga2O3 with a suitable bandgap width is emerging to be a novel candidate for future
optoelectronic applications in the solar-blind region (< 280 nm). Herein, solar-blind …

Ga2O3 is a wide bandgap semiconductor suitable for solar‐blind photodetection, but there
exist two issues for Ga2O3‐based photodetectors: first, it is difficult to achieve reliable p‐type …

Gallium oxide (Ga2O3) has been extensively studied recently because it is a natural
candidate material for next generation solar-blind deep ultraviolet photodetectors (PDs). In …