Development of an Electromagnetic Vortex Field Gradiometer Instrument

Kim Horsevad

Abstract: This paper describes the development of an innovative electromagnetic vortex field gradiometer designed to measure electromagnetic field components that penetrate shielding in far-field conditions. The study addresses limitations in traditional measurements for mitigating stray currents, with applications in both agricultural and industrial settings. Findings reveal significant potential for enhancing our understanding of electromagnetic interactions and stray current impacts.

Keywords: Electromagnetic vortex field, stray current mitigation, vortex gradiometer, magnetotelluric anomaly, water structure