Terence J McMaster

Terence J McMaster serves as Associate Professor at the University of Bristol's School of Physics and holds the strategic role of Academic Director for Postgraduate Research (Recruitment and Admissions) within Science and Engineering. He maintains strong affiliations with the Cabot Institute for the Environment through multiple research themes including City Futures, Low Carbon Energy, Water Research, Food Security, and Natural Hazards.

His research spans interdisciplinary domains at the intersection of physics, biology, and environmental science. Primary focus areas include surface science investigations of biological materials using atomic force microscopy, mucin biophysics, and microbial interactions with mineral surfaces. His fingerprint analysis reveals significant contributions to Material Science (100%), Immunology and Microbiology (35%), and specialized techniques like Mica Surface analysis (32%) and Atomic Force Microscopy (25%).

Analysis of his publication trends shows consistent contributions to biophysical characterization of biological interfaces, particularly mucin systems and fungal-mineral interactions. His work frequently employs nanoscale imaging techniques to address environmental microbiology questions, with publications appearing in journals like Soft Matter, Geomicrobiology Journal, and Biophysical Journal.

As Principal Investigator for the NERC-funded project '8086 NERC C521044 w RE2085/6' and the 'DYNAMIC BIOIMAGING FACILITY', he leads research on carbon dioxide interactions, hypha behavior, and silicate systems. He also contributed as Co-Investigator to the Global South health research capacity project between Bristol and Cape Town Universities.

His laboratory work centers on the Physics Education Group and Cabot Institute environmental research clusters, utilizing advanced imaging facilities to study biological surface phenomena. Current projects examine ectomycorrhizal fungal interactions with phyllosilicates and mucosal defense mechanisms through sialic acid distribution analysis.