A raindrop-inspired mathematical framework shows that a PLA coating makes iron corrode three times faster yet four thousand times more...

Researchers have simulated a plasmonic polymer solar cell combining double-layer gold nanosphere arrays with grated CdS electron transport layers, achieving...

Researchers have detailed a scalable superspreading protocol that uses interfacial shear flow to align 2D nanosheets into bioinspired composite films...

A new review shows that biochar-based hybrid nanocomposites can transform agricultural waste into highly sensitive, low-cost electrochemical sensors for detecting...

Researchers have designed a low-activation titanium-zirconium-tantalum-vanadium-chromium high entropy alloy that combines high strength with exceptional resistance to helium bubble formation...

Researchers in Iraq combined a titanium dioxide-linseed oil nanocoating with a direct-expansion heat pump to cut solar panel temperatures by...

Researchers in Brazil have created luminescent gold nanoparticle-polypyrrole-europium nanocomposites in a single one-pot synthesis that could enhance future optoelectronic sensors.

Japanese researchers report that tiny concentrations of graphene flakes boost the infrared birefringence of liquid crystals by up to 50...

Researchers have created an all-organic polymer with a near-infrared refractive index of about 2.53, surpassing inorganic glasses while retaining flexibility,...

A new RMIT review synthesises molecular dynamics simulation studies showing how graphene-based nanofillers and elastomer chemistry govern the interfacial interactions...