Research Statement
My research focuses on groundbreaking investigations into radioactivity and the discovery of new radioactive elements. Through meticulous experimental techniques and innovative methodologies, I aim to advance our understanding of radioactive phenomena and their applications in both physics and chemistry.
This interdisciplinary approach has led to significant discoveries, including the isolation of polonium and radium, contributing to the foundation of modern nuclear physics and radiochemistry.
Research Areas
MRI
Advanced MRI methods to study brain structure, function, and physiology in health and disease.
Sleep and sleep disorders
Sleep disorders, with a focus on narcolepsy and other central disorders of hypersomnolence, REM sleep behaviour disorder, and the effects of sleep and sleep deprivation.
Neurodegeneration
MRI-based investigation of brain changes in neurodegenerative diseases, including Parkinson’s disease and dementia with Lewy bodies.
Brain clearance
MRI-based investigation of brain clearance processes at the intersection of sleep and neurodegeneration.
Large, multi-site datasets
Central role in coordinating international consortia, focussed on pooling imaging data to improve power, reproducibility, and diversity across datasets.
Open science
Promotion of open and reproducible research through transparent methods, open code, inclusive collaboration, and public outreach and teaching
Current Projects
Radioactivity Studies
Investigation of radioactive properties in uranium minerals and isolation of new radioactive elements.
Measurement Techniques
Development of precise methods for measuring radioactive emissions and their properties.
Research Impact
My research has opened new frontiers in radioactivity studies, leading to practical applications in both scientific research and medical treatments. The discoveries have revolutionized our understanding of atomic structure and radioactive decay processes.