PhD OLIVIER MOUGIN

Research Interests	My research involves development and application of quantitative MR imaging, focusing particularly on physical properties such as Chemical Exchange Sarutation Transfer (CEST) and longitudinal relaxation time (T1) at ultra high field (e.g. 7T) in the brain, but also in the body (both 3T and 7T). I am also interested in motion mitigation processes for MRI at all fields, using retrospective algorithms as well as prospective correction methods. I am also working on realising the potential of Open MRI focusing on the reconstruction pipeline to improve the speed and quality of imaging using the ASG Paramed 0.5T upright system.

Research Interests

My research involves development and application of quantitative MR imaging, focusing particularly on physical properties such as Chemical Exchange Sarutation Transfer (CEST) and longitudinal relaxation time (T1) at ultra high field (e.g. 7T) in the brain, but also in the body (both 3T and 7T). I am also interested in motion mitigation processes for MRI at all fields, using retrospective algorithms as well as prospective correction methods. I am also working on realising the potential of Open MRI focusing on the reconstruction pipeline to improve the speed and quality of imaging using the ASG Paramed 0.5T upright system.