Two-dimensional (2D) semiconductor components have excellent physical attributes, such
as excellent mechanical ductility, high mobility, low dielectric constant, and tunable …

Self-powered broadband photodetectors have attracted great interest due to their
applications in biomedical imaging, integrated circuits, wireless communication systems …

Recently, highly responsive photodetectors which are capable of photodetection in a wide
range of wavelength spectra are in great demand. To fulfil this, photodetectors formed using …

In recent years, p–n junction devices formed by wide-bandgap semiconductors and layered
transition metal dichalcogenides have been promising candidates for applications in …

The pursuit for efficient piezoelectric nanogenerators (PENGs) for mechanical energy
harvesting is attractive for self-powered, flexible, portable, and wearable Internet-of-Things …

Plasmonic random lasers involve the interaction of emitters and metallic scatterers in
extremely small mode volumes, which give rise to interesting nonlinear optical phenomena …

Metal nanoparticles (NPs) can be employed to modify the emission level of a dye emitter by
tailoring the spectral overlap of the optical gain and localized surface plasmon resonance …

The low power consumption and potential applications of self-powered ultraviolet (UV)
photodetectors (PDs) in biomedical fields have attracted significant research interest …

The fabrication of heterojunction-based photodetectors (PDs) is well known for the
enhancement of PDs performances, tunable nature of photoconductivity, and broadband …

This article reports an ITO/n-ZnO CQDs/n-MoSe 2/Ag structure based ultraviolet-visible (UV-
Vis) broadband photodetector where the nn heterojunction between ZnO colloidal quantum …