Science Daily May 20, 2020
An international team of researchers (Canada, Italy) demonstrated the fabrication of mesoscale ordered two-dimensional Ï€-conjugated polymer kagome lattices with semiconducting properties. To make the material they combined a rigid azatriangulene precursor and a hot dosing approach, which favours molecular diffusion and eliminates voids in the network. These results open opportunities for the synthesis of two-dimensional Ï€-conjugated polymer Dirac cone materials and their integration into devices. The integration of this system into a device (e.g. transistors) may lead to outstanding performances. The results will foster more studies on a wide range of two-dimensional conjugated polymers with different lattice symmetries, thereby gaining further insights into the structure vs. properties of these systems…read more. TECHNICAL ARTICLE
Researchers breaking new ground in materials science
Posted in Additive manufacturing and tagged Advanced materials.