ProfessorRichard Hartshorn

I have forty years of experience in bioinorganic chemistry, at the interface of coordination chemistry and biochemistry. My research explores the synthesis and reactivity of organic ligands while they are attached to metal ions. I’m particularly interested in coordination complexes that contain multiple metal centres, including heterodinuclear and mixed-metal systems. Many of these have potential biological or medicinal applications, and a significant focus of my work involves developing synthetic routes to photoactivated anticancer drugs — metal complexes that can be triggered by light to deliver targeted therapeutic effects (and reduce side effects).

RESEARCH COLLABORATION AND INDUSTRY PROJECTS

I work collaboratively with a range of research and industry partners who are interested in applying chemical insight to real-world challenges. I’ve contributed to projects spanning synthetic chemistry, product development, and regulatory interpretation. Some of this work involves providing foundational chemistry related to cough testing protocols that are used to assist diagnosis and treatment of swallowing disorders. I enjoy translating complex chemical knowledge into practical solutions across sectors.

SCIENCE EDUCATION, CHEMICAL NOMENCLATURE, AND DATA GOVERNANCE

Through my involvement with the International Union of Pure and Applied Chemistry (IUPAC), I’ve helped shape international standards that support teaching, learning, and the consistent communication of chemical knowledge. I am an internationally recognised expert in chemical nomenclature and structure representation. I am committed to making chemistry accessible and interoperable across disciplines, and I regularly contribute to curriculum development, outreach activities, and the translation and interpretation of complex chemical concepts for diverse audiences.

Alongside my laboratory research, I’m deeply engaged in the development of chemical nomenclature and structural representation systems. I’ve co-authored numerous IUPAC publications and books that define global standards for chemical nomenclature and terminology, helping ensure consistency and clarity in how chemical knowledge is communicated. My leadership roles within IUPAC, including eight years service as Secretary General, reflect my commitment to advancing international standards in chemistry.

I also have a strong interest in the governance and policy aspects in the context of scientific data. As an active member of CODATA and other global science organizations, I contribute to discussions around data quality, research data infrastructure, stewardship, and accessibility. I’ve authored and contributed to reports on the research data landscape in New Zealand, addressing challenges around data culture and policy. This work allows me to connect core chemical research with broader questions of digital science and data-driven discovery — an intersection that will be increasingly vital to the future of research.