MIT researchers used super-flexible, charged connector molecules to tune how nanoparticles bond, producing previously unseen crystal structures.

Researchers have developed a flash Joule heating method that transforms discarded wind turbine blades into valuable silicon carbide and graphene...

A composite of graphene oxide and polyvinyl alcohol hydrogel reduced fish toxicity and restored physiological biomarkers in Nile tilapia exposed...

A study in the Journal of Materials Science shows that adding 0.058 wt.% lanthanum to a copper-nickel-silicon alloy refines grain...

Researchers converted waste PET bottles into graphene oxide via catalytic graphitization and the Modified Hummer's method, and the material showed...

A ternary nanocomposite electrode combining nickel oxide, cerium oxide, and graphene oxide demonstrated high capacitance and 96.88 percent retention after...

A boronic acid-functionalized graphene aerogel achieves selective catechol removal in complex multicomponent aerosols through hierarchical porous transport and configuration-dependent noncovalent...

Researchers found that incorporating bismuth oxide into polyvinylpyrrolidone thin films reduced the optical band gap, achieved a 75.60 percent degradation...

High-energy proton irradiation transforms Hummers' graphene oxide into needle-like structures while oxo-graphene keeps its carbon framework stable.

Researchers synthesize high-purity porous gold using a hydrophilic coordinating polymer gel template without strong acids or high-temperature dealloying.