Surface-enhanced Raman spectroscopy (SERS) is a powerful cross-disciplinary analytical
technique allowing ultrasensitive detection of various analytes with a fingerprint-like …

Organizing colloidal particles into 3D superstructures is a promising strategy for fabricating
functional metamaterials with novel optical, electric, and catalytic properties. The rich surface …

We describe the self-assembly of gold and iron oxide nanoparticles regulated by a chemical
reaction cycle that hydrolyzes a carbodiimide-based fuel. In a reaction with the chemical …

The detection of molecules in ultra-low concentration solution is essential in numerous fields
including pollutant monitoring, explosive detection and disease early diagnosis. Recently …

In this study, we reported a novel highly ordered nano-micro hierarchical structure on
flexible polydimethylsiloxane (PDMS) layer as a SERS stamp for ultrasensitive detection …

An effective SERS substrate for on-field detection needs to satisfy high sensitivity to analyte
and signal reproducibility even in the special case of tilting or bending of substrates. Herein …

A novel SERS membrane is synthesized by combining metal lattice and surface enhanced
Raman scattering (SERS) technology. Since R6G is a carcinogenic and harmful pollutant …

Plasmonic solar absorber holds great potential in solar-powered steam generation due to its
resonant absorption, rapid photo-to-heat conversion, and localized heating impact …

Electrocatalytic production of fuels [green hydrogen from water, C1‐high energy molecules
from CO2, NAD (P) H from NAD (P)+], utilizing renewable energy sources, has in the oxygen …

The emergence of green biomolecules in the field of nanomaterial (NM) synthesis effectively
supports the development of various size-and shape-controlled NMs for numerous …