Optoelectronic devices are becoming increasingly important due to their compatibility with
CMOS fabrication technology and their superior performance in all dimensions compared to …

Photonic devices, in comparison to their conventional electronic counterparts, are gaining
prominence as essential constituents of an increasing array of devices and applications …

Long-lived photon-stimulated conductance changes in solid-state materials can enable
optical memory and brain-inspired neuromorphic information processing. It remains …

Persistent photoconductivity holds great significance to a variety of interesting applications.
However, persistent photoconductivity devices based on large‐scale thin films produced by …

Vertically aligned ZnO nanotube fabricated on an indium tin oxide substrate is found to
exhibit strong persistent photoconductivity (PPC). Excitation wavelength-dependent …

In this paper, we show that long-duration-photoconductivity decay (LDPCD) and persistent
photoconductivity (PPC) in porous InP structures fabricated by anodic etching of bulk …

The composition of amorphous oxide semiconductors, which are well known for their optical
transparency,,,, can be tailored to enhance their absorption and induce photoconductivity for …

The optically triggered data processing and storage provides an interesting arena for
developing sophisticated next-generation smart windows and computation technology. So …

We show that the energy-transport efficiency in a chain of two-level emitters can be
drastically enhanced by the presence of a photonic topological insulator (PTI). This is …

Inspired by the low energy consumption, high parallel and fault‐tolerance of visual
perception system in human brain, optoelectronic devices integrated with the sensing …