Our research
We design and synthesise π-conjugated molecular and polymeric systems with precise structures across one, two and three dimensions, and explore how their molecular architecture controls self-assembly, electronic properties and function.
Major research themes
Our research spans molecular synthesis, supramolecular chemistry and functional materials, connecting precise chemical structures with advanced properties and applications.
Molecular nanocarbons
We develop precisely defined π-conjugated carbon-rich molecules and low-dimensional architectures. Molecular design and synthesis allow us to control their structure, topology and electronic properties at the atomic scale.
Supramolecular architectures
We investigate how molecular recognition and non-covalent interactions can organise synthetic molecules into larger, functional architectures, bridging individual molecules and complex nanoscale materials.
Conjugated polymers & frameworks
We extend molecular design into two- and three-dimensional polymeric systems, creating ordered conjugated materials in which connectivity, porosity and electronic structure can be engineered through chemistry.
Electronic & optoelectronic materials
We translate molecular and supramolecular design into functional materials with tailored electronic and optical properties, including electron-deficient semiconductors and near-infrared absorbing and emitting systems.
From molecular design to functional materials
Explore our publications to see how these research themes translate into new molecular structures, materials and applications.
Explore our publications