Systems approach yields new materials

New research into systems chemistry is generating advanced materials with unique features like self-assembly and self-replication. These may find use in anti-counterfeiting measures and various other biological and electronic applications.

Rather than studying chemical processes and compounds in isolation, research is moving towards a systems approach that investigates complex chemical networks from multiple angles.

The aim of the EU-funded 'Replication and adaptation in molecular networks' (READ) project is to train the next generation of systems chemists through a wide range of research projects. It has paired talented young researchers with experienced scientists and industry partners, with a specific focus on adaptation and replication within molecular networks.

Researchers have already prepared a number of self-synthesising materials. They have generated self-assembled materials that are electronically conductive, and materials that display adaptive biological function.

The group developed sensors for bio-analytes as well, and work has started on creating anti-counterfeiting solutions based on self-assembling materials. Training has also been provided on various analytical techniques.

This comprehensive training and research programme will deliver scientists eager to push the frontiers of systems chemistry. As a result, Europe will be positioned as a leader in this rapidly emerging field.

published: 2015-03-03
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