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Advancing Electromagnetic Research in EM Health Effects & Bioelectromagnetics

Explore ongoing projects and research on EM health effects, bioelectromagnetics, and neuroelectronics applied to nerve stimulation. Investigate the impact of signal waveform on nerve excitability, EMF measurements, and exposure in reverberant environments. Benefit from interdisciplinary knowledge and advanced resources for experimental and theoretical studies.

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Advancing Electromagnetic Research in EM Health Effects & Bioelectromagnetics

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  1. Chair of Applied Electromagnetics at FESB, University of Split, Croatia • "Measurements in EMC and EM health effects research", national research project (recently completed), principal investigator: A. Šarolić • "Measurements in Bioelectromagnetics - M-BEM", research project (recently started), principal investigator: A. Šarolić Ongoing projects (related to EMF-MED)

  2. Ongoing projects (related to EMF-MED) • Enhancement of science-business cooperation for intraoperative neurophysiologic technology in Croatia (CortexSTIM) - with Lab for human neurophysiology at the Medical school, Univ. of Split, Croatia • Recently applied project: Medical neuroelectronics applied to nerve stimulation - with Lab for human neurophysiology at the Medical school, Univ. of Split, Croatia

  3. Ongoing studies (related to EMF-MED) • Effects of stimulus (signal) waveform on nerve excitability (with implications to human exposure and to functional stimulation) • Implications of signal waveform on EMF measurements • Exposure to EMFs in reverberant environments • EMF dosimetry and human exposure studies

  4. Resources • Measurement equipment in wide frequency range and associated know-how • Controlled experimental EM environments • Several commercial EM modeling and simulations software packages and associated know-how • Interdisciplinary knowledge and activities, both experimental and theoretical

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