Aqueous zinc-ion batteries (ZIBs) are considered to be a kind of promising candidate for
next generation grid-scale energy storage due to their high capacity, environmental …

Straining conjugated polymer films is an effective strategy for controlling molecular
orientation. Aligning polymer chains within the film plane significantly influences both …

Colloidal CdTe nanoplatelets featuring a large absorption coefficient and ultrafast tunable
luminescence coupled with heavy-metal-based composition present themselves as highly …

Polyaniline-assisted deposition of PbS is carried out on antimony tin oxide (ATO) glass for
ATO/PANI/PbS composite formation. The deposition of PbS was carried out inside and …

Capacitive tactile sensors using dielectric polymer materials as dielectric layers have been
studied due to their high sensitivity and flexibility with a variety of types of materials in …

A quantum dot (QD) thin film of arsenic (III) oxide-hydroxide/polypyrrole (As2S3-As2O3/Ppy)
with a supernova-like shape has been developed for optoelectronic applications across a …

Multiple shape memory polymers (MSMPs), capable of remembering multiple temporary
shapes in response to distinct stimuli, hold broad prospects for application. The design of …

Magnetic nanofluids play a crucial role in enhancing thermal properties, providing a
promising pathway for optimizing energy supply systems and improving heat transfer …

Chiroptical material is an intriguing and rapidly evolving field in nanomaterial research to
alter and improve the optical interaction of hybrid composites with incident light. In this …

Nonconjugated open-shell molecules are promising in a host of organic electronic and
spintronic applications due to their abilities to conduct charge and provide magneto …