EquipmentDeltaFlex – TCSPC Lifetime Fluorometer (Horiba Scientific)

We are broadly interested in the synthesis of new and interesting organic molecules, particularly focusing on colossal aromatic molecules. Such compounds are intrinsically interesting as materials, but are also being investigated for their ability to form novel coordination and organometallic supramolecular assemblies. The preparation of such systems requires the use of modern organic synthetic techniques, including developing new reactions. The formation of new and interesting materials is the ultimate goal. These are subsequently examined for their chemical, physical and properties.

We are currently working on the following projects:
~ The synthesis of large aromatic molecules with novel electronic and photo-chemical behavior.
~ Controlling intermolecular interactions is supramolecular assemblies.
~ The preparation and investigation of asymmetric catalysts using propeller based chirality.
~ Anion transporters for therapeutic applications.nic reactions.
~ The development of X-ray charge density analysis at the University of Canterbury.

Dr Matt Polson is a Compliance and Instrumentation Technician in Te Kura Matū | School of Physical and Chemical Sciences, providing specialist technical expertise across advanced analytical instrumentation, laboratory compliance, and research support. He plays a key role in ensuring the safe, reliable, and publishable operation of scientific equipment and laboratory environments, supporting both teaching and research activities. Matt studied in Otago before completing a series of post-doc fellowships developing skills and knowledge across a wide range of specialities.

 

Matt’s expertise spans X‑ray and photophysical measurement technologies, with a particular focus on the instrumentation and workflows of UC’s X‑ray Suite and photophysical instrumentation. His work underpins high‑quality structural analysis, instrument maintenance, and data‑ready sample preparation, enabling researchers to generate accurate and reproducible crystallographic and materials‑characterisation results. From materials science to synthesis to characterisation, he co-supervises research students, contributes to post-graduate and undergraduate teaching, and offers specialist information for the safe use of hazardous substances.

 

His specialist expertise lies in applying X-ray diffraction, X-ray spectroscopies and electronic absorption and emission techniques to diverse chemical and materials focused projects.