Researchers from Germany the US and Spain have discovered why graphene’s electron conduction can’t be completely stopped.

Researchers from Germany the US and Spain have discovered why graphene’s electron conduction can’t be completely stopped.
A new straightforward method, based on nonlinear photoperturbation, enables monitoring the response of nuclear proteins to DNA damage in time and space.
New work describes a strategy to produced hydrogels of precise stiffness for the organization of blood vessel cells into vascular structures.
Submit a paper to the forthcoming Special Issue of the Journal of Applied Polymer Science on Bioactive Surface Functionalization.
Jillian Buriak talks about her fascination of investigating the nanoworld, multidisciplinary applications of nanomaterials, and future trends in the exciting field of materials science.
A new coating system for all kinds of component parts of biogas plants can be applied at ambient temperatures down to minus 10°C.
Polypeptide-based pH-sensitive polymersomes prepared by researchers from Changchun hold excellent promise as a drug delivery platform for cancer therapy.
Researchers from UT Austin found a powerful route to synthesize donor-acceptor block copolymers via a simple sequential monomer addition approach.
Diagnosis of Dengue, targetting dendritic cells, thermal ablation of cancer, tissue adhesives, and the regenerative microenvironment for tissue healing.
Giant lithium-ion battery could close the gap between the supply of and demand for electrical energy.