Research Theme: Image Acquisition and Reconstruction (pre-2019)
High resolution imaging of tissue properties with optimized precision using Ultra High Field MRI
1st supervisor: Shaihan Malik, King’s College London 2nd supervisor: Jo Hajnal, King’s College London To design a new quantitative MRI approach for Ultra-High Field (UHF) MRI. UHF-MRI brings with it the promise of enhanced signal-to-noise (SNR) leading to...read moreA machine-learning approach to solving the SAR problem for ultrahigh field MRI
1st Supervisor: Shaihan Malik, King’s College London 2nd Supervisor: Jo Hajnal, King’s College London Ultrahigh field (UHF) MRI has the potential to provide very high resolution anatomical images with new types of contrast compared with more conventional...read more
A simultaneous multicontrast PET-MR sequence for comprehensive coronary plaque characterization
1st Supervisor: Claudia Prieto, King’s College London2nd Supervisor: Rene Botnar, King’s College London Acute myocardial infarction (AMI) is a leading cause of death worldwide. AMI is predominantly caused by rupture or erosion of high-risk plaque...read more
Photoacoustics and ultrasound computed tomography
1st Supervisor: Mengxing Tang, Imperial College London 2nd Supervisor: Rob Eckersley, King’s College London 3rd Supervisor: Mike Warner, Imperial College London 4th Supervisor: Jeffrey Bamber, Institute of Cancer Research Project Aims: This project aims to...read moreLoad More