Aran Rafferty

Aran Rafferty is a Research Fellow at Trinity College Dublin, affiliated with both CRANN (Centre for Research on Adaptive Nanostructures and Nanodevices) and the School of Chemistry. His research focuses on advanced ceramic and glassy materials, with applications in catalysis, biomaterials, and energy systems.

• Position: Research Fellow
• Institution: Trinity College Dublin
• Research Center: CRANN
• Department: Chemistry

His research interests span ceramic materials (zirconia, alumina, ferrites), glass and glass-ceramics (fluorapatite, ionomer glasses), and porous materials for functional applications. He is also involved in biomass pre-treatment for anaerobic digestion. His expertise includes extensive materials characterization using BET, mercury porosimetry, TGA, and dilatometry, as well as materials processing via spray drying, milling, and glass forming.

The most recent peer-reviewed publications (2020–2024) highlight trends in electrocatalysis using doped carbon-encapsulated metals, 3D-printed ceramics, and nanosheet conductivity networks. Earlier works (2000–2010) focus on sintering behavior, phase separation in glasses, and magnetostrictive properties of ferrites. Collectively, the research demonstrates a long-standing focus on structure-property relationships in functional inorganic materials.

Scientific Awards and Recognitions:

• Institute of Materials Prize (1995)
• Best Poster Prize, Analytical Research Forum 2007, University of Strathclyde

Dr. Rafferty has been involved in numerous collaborative research projects, particularly in materials for catalysis and sustainable technologies. While no formal advising role is specified, his extensive publication record and research leadership at CRANN suggest active mentorship and project supervision. He has contributed to book chapters on nanocharacterization and glass materials, indicating recognition in his field.

He is associated with research teams at CRANN focusing on adaptive nanostructures and has contributed to projects involving porous carbon catalysts and biomaterials. His laboratory work emphasizes precision in materials synthesis and characterization, supporting interdisciplinary applications in energy and healthcare.