-
Compact radiation detector could expedite the use of dynamic PET
Congratulations to Liam Carroll, PhD student at the EngerLab for being featured in physicsworld.com for his recent publication titled “Simulation of a novel, non-invasive radiation detector to measure the arterial input function for dynamic positron emission tomography”. The aim of this study was to (A) optimize the geometry for a novel and cost efficient non-invasive detector designed to
-
Welcome Björn Morén! Our newest postdoctoral fellow coming to us from Linköping University in Sweden.
Björn will work on robust optimization for intensity modulated brachytherapy. During his PhD thesis, Björn applied mathematical optimization algorithms to model and solve the treatment planning problem for brachytherapy.
-
Congratulations Liam Carroll for his publication “Simulation of a novel, non-invasive radiation detector to measure the arterial input function for dynamic positron emission tomography” in the Medical Physics journal!
Liam has developed a novel and cost-efficient non-invasive detector to measure the arterial input function needed for acquisition of dynamic positron emission tomography images. He has also developed a clinical data analysis chain to successfully separate the arterial component of a simulated arterial input function signal from the venous component. Congratulations, Liam! We are so proud of
Get new content delivered directly to your inbox.