Ms. Monika Gębara is an emerging researcher in applied physics whose work centers on magnetism, nonlinear dynamics, and complex behavior in electrical and physical systems. She has authored 6 research documents, accumulating 12 citations across 9 citing publications, with an h-index of 2, reflecting growing scholarly influence. Her research explores DC-bias effects on magnetization modeling, voltage- and frequency-dependent dynamics in RLD circuits, and chaotic and fractal phenomena in physical systems. She has also contributed to studies on critical behavior near the Curie temperature in magnetic alloys and the visualization of Lorentz forces using fractal structures. Her publications appear in reputable physics journals such as Physica B: Condensed Matter and Acta Physica Polonica A, highlighting her contributions to experimental and theoretical understanding of magnetic materials, nonlinear circuits, and complexity-driven phenomena in condensed matter and applied physics.