I am an Associate Professor in the Sir Peter Mansfield Imaging Centre, School of Medicine and I also hold an honorary affiliation with the University of Oxford (Centre for Functional MRI of the Brain).
I develop computational methods for exploring brain organisation using Magnetic Resonance Imaging. Specifically, I am interested in brain connectivity and brain tissue microstrucure in health and disease. My research focuses on the biophysical modelling and inference of brain connections at different scales mostly using diffusion MRI, but I am also particularly interested in data fusion approaches for combining strengths and bridging the gaps across modalities.
I am also heavily involved with the design and implementation of new technologies that aim to improve the spatial and angular resolution of MRI acquisitions.
More specifically, I am involved in the following projects:
The methodlogy we develop is made publically available through FSL, the most widely-used software package for brain image analysis.
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I also review for the top journals in the field and I am a member of the Editorial Board of NeuroImage. More details on Publons.
Research Interests: Neuroimaging, Brain connectivity/Connectome estimation, Diffusion MRI analysis, Functional MRI analysis, Brain microstructure & Biophysical modeling, Bayesian inference,… read more
GARCIA-GONZALEZ D, JAYAMOHAN J, SOTIROPOULOS SN, YOON SH, COOK J, SIVIOUR CR, ARIAS A and JÉRUSALEM A, 2017. On the mechanical behaviour of PEEK and HA cranial implants under impact loading. Journal of the mechanical behavior of biomedical materials. 69, 342-354
LERCH JP, VAN DER KOUWE AJ, RAZNAHAN A, PAUS T, JOHANSEN-BERG H, MILLER KL, SMITH SM, FISCHL B and SOTIROPOULOS SN, 2017. Studying neuroanatomy using MRI. Nature neuroscience. 20(3), 314-326
ALEXANDER, DANIEL C, ZIKIC, DARKO, GHOSH, AUROBRATA, TANNO, RYUTARO, WOTTSCHEL, VIKTOR, ZHANG, JIAYING, KADEN, ENRICO, DYRBY, TIM B, SOTIROPOULOS, STAMATIOS N, ZHANG, HUI and CRIMINISI, ANTONIO, 2017. Image quality transfer and applications in diffusion MRI. NeuroImage. 152, 283-298
Research Interests: Neuroimaging, Brain connectivity/Connectome estimation, Diffusion MRI analysis, Functional MRI analysis, Brain microstructure & Biophysical modeling, Bayesian inference, Machine learning, Numerical Methods, Image processing & analysis