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About

Stephen Oung is a leading researcher in the field of transcranial magnetic stimulation (TMS), with a primary focus on optimizing stimulation parameters for precise neuromodulation. His most influential work, "Optimal Coil Orientation for Transcranial Magnetic Stimulation" (2013, 106 citations), fundamentally advanced our understanding of how coil positioning affects motor threshold, particularly for foot stimulation. This landmark study provides critical insights that bridge experimental findings with computational models of skull electrodynamics and neuronal orientation. Oung's research extends to exploring how stimulation intensity varies with cortical depth (2012, 19 citations) and how the motor system adapts following errors, as demonstrated in his work on post-error adaptation using TMS (2013, 17 citations). A notable methodological contribution is his pioneering use of robotized systems for precise coil orientation control, detailed in his study on foot TMS thresholds (2011). This technical innovation enables unprecedented accuracy in stimulation delivery, reducing variability that has historically plagued TMS research. Oung's work collectively addresses fundamental challenges in TMS methodology—from optimizing coil orientation and depth-dependent dosing to tracking dynamic motor system changes—making his research essential reading for anyone working in noninvasive brain stimulation.