Beyond Molecules: From Self-Assembly to Supramolecular Materials
소속 :
연사 : Prof.Myongsoo Lee ( Seoul National University )
일시 : 2009-09-29 17:00 ~
장소 : 25-1동 국제회의실
일시: 2009년 9월 29일 오후 5:00
장소: 25-1동 국제회의실
-Abstract-
Supramolecular events take place through self-assembly process in which molecular modules spontaneously form ordered aggregates through various types of intermolecular interactions. Therefore, a major challenging task in supramolecular chemistry is the design of simple molecular components that are capable of organizing into complex nanostructures. The self-assembled nanostructures can be precisely controlled by intentional variation in the molecular structure of specific building blocks. Among these self-assembling systems, aromatic rod building blocks have proved to be particularly interesting due to their great potentials as functional materials. In addition, self-assembly concept can be easily extended to construct bioactive and dynamic nanostructures through self-assembly of peptide and carbohydrate building blocks. In this seminar, our progress to exploit supramolecular structures will be presented together with their practical implications.
장소: 25-1동 국제회의실
-Abstract-
Supramolecular events take place through self-assembly process in which molecular modules spontaneously form ordered aggregates through various types of intermolecular interactions. Therefore, a major challenging task in supramolecular chemistry is the design of simple molecular components that are capable of organizing into complex nanostructures. The self-assembled nanostructures can be precisely controlled by intentional variation in the molecular structure of specific building blocks. Among these self-assembling systems, aromatic rod building blocks have proved to be particularly interesting due to their great potentials as functional materials. In addition, self-assembly concept can be easily extended to construct bioactive and dynamic nanostructures through self-assembly of peptide and carbohydrate building blocks. In this seminar, our progress to exploit supramolecular structures will be presented together with their practical implications.
