Rosemarie Scholz

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About

Rosemarie Scholz is a leading figure in advanced medical imaging, whose work centers on the development and characterization of novel robotic X-ray systems. Her most significant contribution is the pioneering design and validation of a twin robotic X-ray system, a groundbreaking platform that integrates two motor-driven telescopic arms—one carrying an X-ray tube and the other a flat-panel detector. This innovative architecture enables seamless acquisition of both 2D radiographic images and 3D cone-beam CT scans from multiple viewing angles, dramatically expanding diagnostic and interventional capabilities. Her seminal 2016 paper detailing this system’s initial characterization has garnered 24 citations, establishing a foundational reference for researchers in interventional radiology and surgical robotics. Scholz’s work directly addresses the critical need for flexible, high-precision imaging in complex clinical scenarios, bridging the gap between traditional radiography and advanced tomographic imaging. Her contributions have positioned her as a key innovator in the evolution of robotic imaging platforms, with lasting impact on both clinical practice and the engineering of next-generation medical devices.