Keywords
Mammography; Medical Physics; Monte Carlo Method; Nuclear Medicine; Phantoms, Imaging
Research group(s)
- QIMP group
Head: Thomas Beyer, PhD, MBA
Research Area: Quantitative, combined imaging (PET/CT, PET/MR, SPECT/CT); Supporting clinical adoption of fully integrated PET/MRI; Image-based phenotyping and texture analysis
Members: - Conventional Imaging Physics and Image Processing
Members:
Research interests
My research focus is divided into two parts:
1. Mammography Physics
My main task here is to develop anthropomorphic phantoms to evaluate and adjust image quality in Digital Breast Tomosynthesis.
Please visit: Mammography Physics
2. Nuclear Medicine
In this line, I develop Mote Carlo models to simulate the pre-clinical PET/MR System with 9.4T to study the effect of the high magnetic field on the Positron Range for standard and non-standard Thera(g)nostic agents with high energy positron emission.