We demonstrate experimentally the detection of magnetic force at optical frequencies,
defined as the dipolar Lorentz force exerted on a photoinduced magnetic dipole excited by …

A plasmonic double periodic arranged nanocone array (DPANA) integrated by nanotips and
nanogaps exhibit strong capability of light compression, and thus lead to extremely …

There has been growing research interest in realizing optoelectronic devices based on the
two-dimensional atomically thin semiconductor MoS2 owing to its distinct physical properties …

A kinked InP nanowire array solar cell architecture is proposed for high-performance solar
cells. Coupled three-dimensional optoelectronic simulations are performed to investigate the …

Nanopillar arrays structure deployed over a top photodetector surface exhibits high light
coupling efficiency which is attributed to their unique optical and structural properties. The …

Heterostructures enable the control of transport and recombination of charge carriers, which
are either injected through electrodes, or created by light illumination. Instead of full 2D …

We propose a new antireflection (AR) design for organic photovoltaics (OPVs) to achieve
broadband and omnidirectional enhancement of photocurrent. In the proposed design, a …

Titania nanotubes (TNTs) are attractive for a variety of applications. In this study, amorphous
TNTs have been synthesized by anodization. Annealing of anodized TNTs has been …

TiO2 nanotube arrays with a highly-ordered porous structure have attracted a significant
amount of attention for their use as interferometric biosensors, and in this study, TiO2 …