Florian Schwitzgebel

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About

Florian Schwitzgebel is a researcher advancing the precision and reliability of Transcranial Magnetic Stimulation (TMS) methodology. His primary research areas focus on motor cortex mapping, neuromodulation optimization, and the technical parameters that influence TMS outcomes. Schwitzgebel made a significant contribution with his work on the "Semi-automated motor hotspot search (SAMHS)," a framework designed to standardize and optimize motor hotspot identification—a critical first step for determining motor threshold and stimulation intensity in TMS applications. This work has garnered 10 citations, reflecting its practical importance for both clinical and research settings. More recently, he has investigated how current direction affects 1 Hz motor cortex rTMS aftereffects, addressing the persistent challenge of variability and poor replicability in neuromodulatory outcomes. By systematically examining factors like current direction, Schwitzgebel is helping to refine TMS protocols for greater consistency. His research is particularly valuable for students and researchers seeking to improve the methodological rigor of TMS studies, offering tools and insights that enhance experimental control and reproducibility.