Cross-linked hydrogel-particle films with tunable size, shape, porosity and optical transmission are obtained with a simple evaporation method.

Cross-linked hydrogel-particle films with tunable size, shape, porosity and optical transmission are obtained with a simple evaporation method.
Topography of plant virus nanoparticles has been shown to influence osteogenesis of bone derived mesenchymal stem cells.
In this comprehensive review, the main research routes and technologies that are being followed to deliver high-performance electronic skin are discussed.
An innovative and cheap method to produce bi- and trimodal Au–Ag and a hierarchical nanoporous Ni–Mn with excellent electrochemical properties is developed.
Researchers demonstrate that phenazine compounds can bioaccumulate and self-assemble in macrophages and epithelial cells.
A new sensor technology could enable touchless displays that respond to moisture emitted by the human body.
A unique 3D reduced graphene oxide–cobalt oxide composite material presents promising properties as an anode for lithium-ion batteries.
A new special issue of Advanced Materials has highlighted the broad multidisiplinary work being done at the Molecular Foundry, part of the Lawerence Berkeley laboratory.
Nanostructures with typical linewidths in the range 100 – 400 nm are best replicated using semi-crystalline polymers such as polypropylene.
Researchers in China make a stretchable graphene-based motion sensor that can monitor all types of human activities with ultrahigh sensitivity.