Kenrick Schulze
Email:kenrick.schulze@charite.de
Project: Developing Multitask and Multimodality Deep Learning Methods for Automated and Quantitative Image Assessmentof Coronary Artery Plaques
Hinrich Rahlfs
Email: hinrich.rahlfs@dhzc-charite.de
Project: Quantitative Assessment of Carotid Artery Wall and Dynamics for Disease Course Prediction
Jakob Schattenfroh
Email: jakob.schattenfroh@charite.de
Project: Cardiac magnetic resonance elastography with and without external vibrations
Stefan Klemmer Chandia
Email: stefan.klemmer-chandia@charite.de
Project: Ultrasound time-harmonic elastography of the heart with temporal resolution and real-time feedback to enable stiffness measurements in systole and diastole
Noah Jaitner
Email: noah.jaitneri@charite.de
Project: Microscopic time-harmonic elastography in correlation with biophysical properties of liver tumors in vivo
Surenjav Chimeds
Email: surenjav.chimed@charite.de
Project: Combined Quantitative Assessment of Calcified and Noncalcified Coronary Plaques on CT for Improved Prediction of Clinical Events
Manuel Fernando Sánchez-Alarcón
Email: manuel-fernando.sanchez-alarcon@charite.de
Project: Cardiac phase-resolved myocardial T1 quantification at ultra-high fields
Philine Reisdorf
Email: philine-rabea.reisdorf@charite.de
Project: Development of Automatic Quality Assurance in Cardiac MRI
Punita Bhardwaj
Email: punita.bhardwaj@charite.de
Project: Complexes for radiopharmaceutical application
Niklas Himburg
Email: niklas.himburg@ptb.de
Project: Magnetic Resonance Fingerprinting (MRF)
Stefan Martin
Email: stefan.martin@ptb.de
Project: Image reconstruction for MR elastography of the liver
Mara Guastini
Email: mara.guastini@ptb.de
Project: Physics-informed deep learning for motion-corrected 3D high-resolution cardiac mapping
Johannes Hammacher
Email: johannes.hammacher@ptb.de
Project: Chemical Exchange Saturation Transfer (CEST) MRI of the liver
Moritz Piening
Email: moritzpiening@web.de
Project: Interpretability in cardiac parameter mapping
Oliver Böhm
Email: oliver.boehm@charite.de
Project: Micro mechanical characterization of soft biological tissue