Functionalization of photoelectric effect in nanostructures is presenting a promising strategy
for humans to achieve precise detection and efficient transformation. Due to the high applied …

Surface plasmon‐based approaches are widely applied to improve the efficiency of
photoelectric devices such as photosensors and photocells. In order to promote the light …

Layered tin diselenide (SnSe 2) is of high interest to material scientists because it is an n-
type semiconductor with a narrow bandgap. In this letter, we prepared single-phase SnSe 2 …

A colossal lateral photovoltaic effect (LPE) was observed at the surface of p-type silicon,
which differs from the conventional thought that a large LPE is only observed in Schottky …

We report substantially enlarged lateral photovoltaic effect (LPE) in the ZnO/Ag/Si
nanostructures. The maximum LPE sensitivity (55.05 mv/mm) obtained in this structure is …

Silicon nanopyramids with the excellent ability of light absorption have been mostly reported
in solar cells. Here, we report an obviously enhanced lateral photovoltaic effect (LPE) in …

Periodic nanostructure, especially for nano-spheres' structure, is one of the key issues in the
current research, due to its anomalous transmission of light and obvious surface plasmon …

How to obtain a large sensitivity has been a central issue of lateral photovoltaic effects
(LPEs) since it had been discovered many decades ago. This work reports a colossal LPE in …

Optoelectronic position-sensitive detectors (PSDs) based on the lateral photovoltaic effect
(LPE) have been a focus of research due to their ability to detect very small displacements …

The Corbino disk is used to study magnetoresistance as it eliminates Hall‐voltage
interference and allows for direct probing of bulk properties. A laser‐triggered …