Research Research areas Computational and Theoretical Chemistry toc About Computational and theoretical chemistry are two closely related areas of increasing importance. Computational chemistry deals with the implementation of quantum mechanical, molecular mechanical or hybrid methods to model the structure, function, dynamics and reactivity of molecules and their interactions with each other and their surrounding. The computing power now available allows large scale systems - whole proteins embedded in their native membrane - to be studied. Theoretical chemistry instead deals with the development of new methods/computational techniques improving the accuracy and speed of chemical calculations. Groups Huber Group The Huber group develops innovative tools to determine the 3D structure of biological macromolecules form sparse experimental data of different length scale. View the group Projects Computer-aided drug design / Antimicrobial resistance / Membrane biophysics Computer-aided drug design , Antimicrobial resistance and membrane biophysics. Read more Student intake Open for Honours, PhD students Read more Protein Structure Analysis by Electron Paramagnetic Resonance / Making Better Proteins with Un-natural Amino Acids / Predicting Structure and Function of Proteins / Continuous Molecular Evolution. Protein Structure Analysis by Electron Paramagnetic Resonance, Making Better Proteins with Un-natural Amino Acids, Predicting Structure and Function of Proteins, and Continuous Molecular Evolution. Read more Student intake Open for Honours, PhD students Read more Synthesizing polymers / Development of electrochemical techniques in organic synthesis / Catalysing and controlling reactions with electric fields. Catalysing and controlling reactions with electric fields, Development of electrochemical techniques in organic synthesis, and Synthesizing polymers with sound. Read more Student intake Open for Honours, PhD students Read more Members Academic staff Prof. Michelle Coote Honorary Professor Prof. Thomas Huber Professor Prof. Elmars Krausz Emeritus Professor A/ Prof. Megan O'Mara Honorary Professor Prof. Rob Stranger Emeritus Professor Articles Light, reactivity, action hese findings will help to design advanced photoresists in which distinct material properties are encoded with different colours of light in 3D laser lithography. Read the article toc
