2009 - MPhys Theoretical Physics, University of St Andrews
2011 - MSc Medical Physics, University of Aberdeen
2016 - PhD Medical Physics, University of Aberdeen
2015-2016 - Research Assistant at University of Aberdeen on EPSRC funded Zero-Field MRI project
2016-present - Research Fellow at University of Aberdeen on EU H2020 funded "Improving Diagnosis by Fast Field-Cycling MRI" (IDentIFY) project
My research is focused on a novel form of MRI, known as Fast Field-Cycling MRI (FFC-MRI) currently being developed at the University of Aberdeen. Unlike in conventional MRI where the static magnetic field B0 is held constant, in FFC-MRI the field is deliberately varied during the imaging sequence. This allows parameters such as the spin-lattice relaxation time, T1, to be studied as a function of B0. This "T1 dispersion" has demonstrated strong potential as a novel form of MRI contrast, and could find application in the diagnosis and characterisation of a wide range of pathologies.
I am interested in developing new imaging pulse sequences and reconstruction techniques for use with FFC-MRI with the aim of reducing scan time while still exploiting the unique T1 dispersion information that is accessible using FFC-MRI.
I am currently employed on an EU H2020 funded project: "Improving Diagnosis by Fast Field-Cycling MRI" (IDentIFY). This project is comprised of nine sites across six European countries and has the objective of developing FFC-MRI to the point where it can be adopted as a clinical technique.