2014 Macro Group UK Medal for Outstanding Achievement

The Macro Group UK Medal for Outstanding Achievement is awarded biannually to a scientist based anywhere in the world that has made outstanding contributions to the field of polymer science.

Ezio RizzardoDr. Rizzardo has co-invented two of the three living radical polymerization methods that have revolutionized polymer chemistry over the last 20 years. Namely, the nitroxide-mediated polymerization (NMP) and the Reversible Addition Fragmentation chain Transfer (RAFT) polymerization. The impact of these discoveries on polymer chemistry worldwide has been enormous. The techniques, especially RAFT, are used widely in polymer science laboratories across the world, to produce macromolecules for use in applications including healthcare, energy and nanotechnology. Dr Rizzardo’s achievements have been recognized by many inter- national awards. He was elected a Fellow of the Australian Academy of Science in 2002 and a Fellow of the Royal Society in 2010. In 2011 he was awarded the Australian Prime Minister’s Prize for Science, and he has numerous other awards and medals for his research achievements throughout his career.

(Ezio Rizzardo Web Pages)

2013 Macro Group UK Medal

The Macro Group UK Medal is awarded annually to a UK-based scientist who has made a significant and substantial contribution to the development of polymer science through his/her scientific achievements and/or services to the UK polymer science community.

Ullrich SteinerThis year the award has been made to Professor Ullrich  Steiner (University of Cambridge).

Prof Steiner has over the past 15 years focussed extensively on the assembly of structures in soft matter, using principles derived from polymer science to develop and understand a wide range of materials systems. He uses molecular self assembly of soft matter to provide templates that can dictate the assembly of materials that are usually not amenable to self assembly processes (e.g. metals, metal oxides, conjugated polymers). He has pioneered a range of strategies that replicate organic moulds or structure directed inorganic synthesis into design structures with control on the 10 nm length scale. In particular, over the last 5 years, he has shown that controlled nanostructured materials have excellent potential in im- proving the efficiency of energy materials ranging from solar cells to batteries. Moreover he has delivered unique new insights into the mechanism by which Nature utilises polymer self assembly and controls colour.
(Ullrich Steiner Web Pages)

2013 Macro Group UK Young Researchers Medal

The Macro Group UK Young Researchers Medal is awarded annually to a UK-based scientist, normally under the age of 36 on December 31st of the preceding year, whose contributions to polymer science show outstanding promise for the future.

douganThis year award has been made to Dr Lorna  Dougan  (School of Physics  &  Astronomy,  University  of Leeds).

Dr Dougan is working in a very interesting area at the interface of polymers, biology and physics. She has developed novel single molecule force spectroscopy methods to mechanically manipulate polymers and proteins, including the development of tem- perature variability. This approach uncovers features of the molecular architecture and mechanical function of naturally occurring biological molecules and novel, synthetic components and provides insight into polymer collapse, protein folding, mechano-chemical reactions, enzyme catalysis and solvent mediation in biological systems. Lorna has also developed an independent research program of neutron diffraction activity at the Rutherford Appleton Laboratories (RAL)

(Lorna Dougan Web Pages)

2013 Jon Weaver PhD Prize

The Jon Weaver PhD Prize, sponsored by Synthomer, rewards the best PhD students in the field of Polymer Science in the UK. The prize is awarded to a PhD student who has displayed an out- standing ability across a range of criteria throughout their PhD.

patterson.fwThe 2013 Macro Group PhD Prize has been awarded to Dr. Joseph Patterson from the University of Warwick. His thesis was enti- tled “The synthesis, self-assembly and analysis of amphiphilic polymers: Developing microscopy  techniques  using  graphene  oxide  and  building  catalytic  palladium nanostructures” and his PhD supervisor was Prof. Rachel O’Reilly. Joseph’s re- search initially involved the synthesis and aqueous self-assembly of palladium con- taining amphiphilic polymers for increasing catalytic efficiency in cross coupling reactions; work that was published in Polymer Chemistry. Due to frustrations with the analysis of the assembled structures, his research changed direction to focus on new and improved characterization techniques. Focusing on multi-technique imaging using  novel  graphene  oxide  substrates  and  complimentary  scattering  analysis, he showed that the new techniques result in a deeper understanding of the materials and greater confidence in the analysis. This work was published in Soft Matter and Macromolecules and Joseph received the Domino MarcoGroup UK young polymer scientist of the year award in 2011. This led to many collabora- tions with researchers in the UK and internationally, resulting in papers published in Nature Chemistry, ACS Nano, Advanced Functional Materials and other journals. During this time, Joseph collaborated with research groups in France, Holland and the USA. On one of his trips he secured a position as a postdoctoral scholar in the Gianneschi lab and the Center for Aerosol Impacts on Climate and the Environment (CAICE) at UC San Diego. His current research focuses on developing liquid/gas in situ- and cryo-TEM techniques for dynamic marine and synthetic nanomaterials.