Graphene and new monoatomic materials:
using 2-dimensional nanosheets in a 3-dimensional world.
National Research Council of Italy,
Dr. Vincenzo Palermo, the leader of the research unit “Functional Organic Materials” of the National Research Council of Italy (CNR) and the leader of nanocomposite workpackage in Graphene Flagship, will deliver a talk entitled as "Graphene and new monoatomic materials: using 2-dimensional nanosheets in a 3-dimensional world." on October 14, 2015 on Wednesday between 10:30-11:30 in SUNUM G111 Seminar room. I kindly invite everyone to attend this informative and fascinating talk. Please find attached abstract of the talk as well as a brief biography.
At the beginning of its exciting life, graphene was mostly a game for physicists. Then, chemists have learned how to “play” with this unique material by enhancing its processability and versatility. Today it is possible, using covalent or supramolecular chemistry, to tailor graphene into a wide variety of forms ranging from simple, soluble sheets to hierarchical architectures where 2-dimensional (2D) graphene sheets are assembled into three-dimensional (3D) composite materials or foams for applications in electronics, mechanics, energy storage or catalysis.
After graphene, the exfoliation of a wide range of layered materials (BN, MoS2, MoSe2, WS2 etc.) has been demonstrated, featuring complementary conductive, semiconductive and insulating properties, opening the way to produce new composite, 2D meta-materials.
More recently, polymerization of small molecules through directional 2D crystallization or cross-linking of self-assembled monolayers was used to obtain self-standing, robust nanosheets featuring a huge variety of chemical structures.
Using these different approaches there is practically no limit to the number of possible 2D structures inspired to graphene that shall be created.