Abstract High‐entropy oxides (HEOs), which incorporate multiple‐principal cations into
single‐phase crystals and interact with diverse metal ions, extend the border for available …

The fabrication of self‐healing elastomers with high thermal stability for use in extreme
thermal conditions such as aerospace remains a major challenge. A strategy for preparing …

While the importance of thin form factor and mechanical tissue biocompatibility has been
made clear for next generation bioelectronic implants, material systems meeting these …

Hybrid materials are a merger of inorganic and organic materials and, as such, have the
potential to outperform the characteristics and functionalities of conventional, that is …

Bioactive small molecules serve as invaluable biomarkers for recognizing modulated
organismal metabolism in correlation with numerous diseases. Therefore, sensitive and …

Self‐healing microelectronics are needed for costly applications with limited or without
access. They are needed in fields such as space exploration to increase lifetime and …

The assembly of long-range aligned structures of two-dimensional nanosheets (2DNSs) in
polymer nanocomposites (PNCs) is in urgent need for the design of nanoelectronics and …

In this work, zirconium vanadate nanoparticles were immobilized into chitosan using a facile
electrospraying technique to produce CS–ZrV hybrid microcapsules for the development of …

Helium damage in materials is of interest to the nuclear fusion, fission and spallation
community. Helium generation in bulk material can cause embrittlements and swelling while …