Variegation and complexity of polarization relaxation loss in many heterostructured
materials provide available mechanisms to seek a strong electromagnetic wave (EMW) …

Infrared optoelectronic sensors have attracted considerable research interest over the past
few decades due to their wide-ranging applications in military, healthcare, environmental …

Here we report the self-assembly of 3D perovskites and 2D layered perovskites into large
core–shell heterocrystals with well-defined interfaces and a controlled shell thickness. The …

Limited by the severe surface recombination and large bandgap, it is still a challenge to
achieve a high-performance broad-spectrum photodetector based on CdS nanowires …

Self-powered broadband photodetectors are widely used in military reconnaissance,
outdoor environmental sensing, wearable medical monitoring. Current commercial …

Layered van der Waals 2D materials possess remarkable light–matter interaction properties
and offer a broad range of tunable bandgaps through the facile fabrication of …

A new class of all-organic self-powered photoelectrochemical photodetectors (OPEC PDs)
based on PDTBT-Qx/PC71BM were successfully constructed and the performance of PDTBT …

Photodetecting units are widely used in various areas. Among all, organic photodetectors
are given particular attention because of their promising applications in developing …

The microscale structural phase transition in TMDs from 2H to 1T or 1T′ phases offers a
distinct approach for modulating the electronic properties of these materials. Although phase …

Over the past decade, molecular‐switch‐embedded memory devices, particularly field‐effect
transistors (FETs), have gained significant interest. Molecular switches are integrated to …