Marija Boberg

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About

Marija Boberg is a rising leader in the field of **Magnetic Particle Imaging (MPI)**, a cutting-edge tomographic technique that leverages the non-linear magnetization of superparamagnetic iron-oxide nanoparticles. Her research focuses on two critical bottlenecks hindering the clinical translation of MPI: the time-consuming calibration required for image reconstruction and the prohibitive power consumption of human-sized scanners. In her highly cited 2022 work (9 citations), Boberg pioneered methods for the **extrapolation of system matrices**, offering a pathway to dramatically accelerate the calibration step. She followed this with a landmark 2024 study (4 citations) on the **design and optimization of magnetic field generators using soft magnetic materials**, providing the first comprehensive framework for reducing power draw in large-bore systems. By tackling both the computational and hardware challenges of MPI, Boberg is laying the essential groundwork for making whole-body MPI a practical reality. Her work is already shaping the direction of the field, offering elegant solutions to the most stubborn obstacles on the path to clinical adoption.