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About

Pantelis Lioumis is a neuroscientist specializing in non-invasive brain stimulation, with particular expertise in transcranial magnetic stimulation (TMS) and its integration with advanced technological platforms. His research sits at the intersection of neurophysiology, engineering, and methodological rigor, making meaningful contributions to both the scientific foundations and practical applications of brain stimulation techniques. Lioumis has played a notable role in advancing the reproducibility and reliability of TMS-EEG research, co-authoring a highly influential 2019 paper that called for standardized procedures, data sharing, and improved experimental controls in the field — a work that has accumulated over 150 citations and helped shape community-wide best practices. More recently, his work has focused on multi-locus TMS (mTMS), a cutting-edge approach enabling precise electronic targeting of cortical regions without physical coil repositioning. His development and characterization of robotic-electronic platforms for autonomous TMS targeting represents a significant step toward safer, more accurate, and more efficient brain stimulation in both research and clinical contexts. His integration of Bayesian optimization into mTMS targeting further demonstrates his commitment to intelligent, data-driven stimulation strategies. Lioumis's work positions him as an important contributor to the future of precision neurostimulation.