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2017 Materials science lecture series: advanced materials - 28 November 2017

2017 Materials science lecture series: advanced materials - 28 November 2017

Nov 28, 2017 - 09.00 uur

Universiteit Hasselt

campus Diepenbeek

Agoralaan Gebouw D

3590 Diepenbeek

Lokaal Aula H3


de heer Rajesh RAMANETI


MRS/E-MRS joint student chapter, Hasselt University with IMO-IMOMEC: 2017 materials science lecture series: advanced materials.

Speaker: Prof. Dr. Sébastien Perrier - Warwick University, Monash Institute of Pharmaceutical Sciences.

Topic:  Molecular engineering for the design of nanostrucured materials

Chaired by: Prof. Dr. Tanja Junkers, IMO-IMOMEC, Hasselt University

Tuesday 28 November 2017, 9:00 -10:00

Aula H3, Building D, Hasselt University, Campus Diepenbeek.


Chemists are remarkably proficient at directing the synthesis of small molecules, but fine-tuning the structures of large molecules, such as those found in polymers, is far more taxing. Despite many years of research, the field of macromolecular engineering i.e. the preparation of large molecules with strict control over their size and chemical groups has many mountainous challenges yet to overcome. Nature provides endless examples of precisely engineered macromolecules; proteins, for instance, which contain amino-acid side-chains that are accurately positioned, often in a way that determines the proteins’ roles. Synthetic chemists have tried to recreate nature’s exceptional control over macromolecules, and in so doing they have designed new materials with precisely defined structures, for use in applications ranging from materials to medicine.
The lecture will describe new synthetic paths to design macromolecules showing excellent control over their topology and functionality. These synthetic macromolecules are then exploited to directly form functional materials, or associated to biopolymers such as peptides to form natural / synthetic polymer conjugates. The exploitation of these well-defined macromolecules for the design of functional nanostructured materials via molecular self-assembly and self-organization will be discussed, with examples of applications in the material and biomedical fields


Examples of multiblock segmented copolymers (left) and peptide/polymer conjugates nanotubes (right).