Aims to bridge the gap between complex multimodal medical data and clinical decision-making by developing AI models that synthesize data into actionable biomarkers for precision diagnostics and personalized therapy
Research focuses on: efficient (self-)supervised representation learning for medical imaging, predictive (partly bio-physically informed) models for disease assessment and individualized therapy, and algorithms leveraging synergistic multimodal medical data
Lab holds a joint appointment between TUM Radiation Oncology and TUM Neuroradiology
Prioritizes research on two neurological diseases: Multiple Sclerosis and Brain Tumors
Committed to open science with public release of developed tools
Actively participates in and co-organizes leading challenges (e.g., BraTS, ISLES) and workshops (e.g., MICCAI BrainLesion)