This talk will describe our efforts to control the structure of synthetic polymers from single-chains to networks.Motivated by nature,polymer chemists have
In this presentation we will describe the design rationale,synthesis,characterization of several organic semiconducting polymers for printed thin-film trans
The Bismuth ferrite (BiFeO3,BFO) as the multiferroic material,having the high magnetic and electronic transition temperatures: ferroelectric TN (Néel tempe
Cellular mechanotransduction studies typically utilize purely elastic materials,but tissues are typically viscoelastic.We have been studying the impact of b
It is increasingly recognised that properties of polymers and polymer composites depend on the structure imparted during processing,which we termprocess str
Protein cages are common structures in biology that can have profoundly different functional properties.The majority of these icosahedral organized particle
Hydrogels represent a class of biomaterials that have great promise for the repair of tissues,particularly due to our ability to engineer their biophysical
Macromolecular architectures,such as block,graft,star-branched,and hyperbranched polymers,have attracted a great deal of attention espeically in the field o
For molecular engineering of polymers,precision control of polymerization is of course critical and indispensable.In these recent decades,we have been devel
Block copolymers can undergo an enthalpically-driven phase separation process to form nanostructures of diverse morphologies.Potential applications of phase