Shanshan Shan

Dr. Shanshan Shan is an Honorary Fellow at the School of Electrical Engineering and Computer Science, University of Queensland. Her research spans interdisciplinary domains including medical imaging technologies, advanced materials science, and photovoltaic systems. She focuses on optimizing MRI-Linac systems for clinical applications and developing novel perovskite-based nanomaterials for solar energy applications. Her work integrates computational modeling with experimental techniques to address challenges in biomedical engineering and renewable energy sectors.

Key research areas include gradient field correction in MRI, geometric distortion correction algorithms, and defect engineering in perovskite quantum dots. She has contributed to advancements in ligand-mediated homojunction structures and interstitial metal doping strategies to enhance material stability. Her studies also explore surface chemistry modifications for photocatalytic reactions and hydrogen adsorption mechanisms in titanium dioxide phases.

Recent publications highlight her contributions to adaptive imaging parameter optimization for nanoparticle-enhanced angiography and the development of hybrid-norm approaches for gradient field deviation correction. Her work bridges biomedical imaging and materials innovation, reflecting a commitment to both clinical and energy-related applications. No notable awards or grants are explicitly listed in the provided materials.