Researchers from Pennsylvania State University, USA, have now revealed a magnetically transformable surface that can reversibly switch between the lotus and the pitcher plant modes
Researchers from Pennsylvania State University, USA, have now revealed a magnetically transformable surface that can reversibly switch between the lotus and the pitcher plant modes
Society is at a crossroads with many topics such as sustainability, energy, medicine, and healthcare. Material science offers many solutions to these problems.
High-resolution photolithographic patterning of organohalide lead perovskites is made possible using hydrofluoroethers.
This special issue of Advanced Engineering Materials covers different aspects of brittle fracture and fatigue of traditional and advanced materials.
An uniaxial press can assemble monodisperse silica spheres to photonic glasses that exhibit finely tunable Mie scattering.
Salvador Pané and colleagues demonstrate core–shell magnetoelectric nanowires that can be triggered using different magnetic fields for targeted drug delivery to kill cancer cells.
A recent review highlights and discusses the layer-by-layer encapsulation of solid drug particles.
Researchers collaborating between the USA and the Netherlands have adapted a technique typically used for the removal of process-related impurities in order to separate out product-related impurities.
This study aims to provide evidence that a multiple sharp tip approach can be used to extract the stress/strain behavior of metals independent of their microstructure.
Shuit-Tong Lee and Lifeng Chi have guest edited an issue of Advanced Materials, which provides an insight into the nanoscience research going on in and around Suzhou.