Tag: Optoelectronics

A DFT-driven study of the antihistamine hydroxyzine reveals a nonlinear optical response several times stronger than urea, hinting that everyday ...

Researchers have grown bilayer molybdenum disulfide with 1H stacking by chemical vapour deposition, restoring the direct band gap and strong ...

Researchers in Nigeria have used biochar made from discarded oil palm fingers to tailor the bandgap, refractive index, and optical ...

Researchers have built a self-powered broadband photodetector from sputtered TiO2, WS2, and CuO layers that detects ultraviolet to visible light ...

Researchers have demonstrated polariton organic light emitting diodes based on thermally activated delayed fluorescence that achieve narrowband, angle stable, and ...

Researchers used green tea extract to synthesize nickel oxide nanoparticles that tune the optical and dielectric properties of flexible chitosan ...

First-principles calculations reveal that hydrostatic pressure drives layered cadmium iodide through a semiconductor-to-metal transition and a topological insulating phase near ...

A new first-principles study shows how the symmetry reduction from cubic to monoclinic zirconia lifts electronic degeneracy and produces strong ...

Researchers have demonstrated the Hall effect in a fluid of trions, charged three-particle complexes in electron–hole double layers, confirming a ...

Halide perovskites have emerged as one of the most compelling materials in the field of optoelectronics, captivated the attention of ...