Unlocking Energy Efficiency in Soft Magnets: Discover Advancements Today

Exploring advanced magnetization dynamics in power electronics materials for enhanced efficiency, offering insights beyond standard catalogs, guiding targeted magnetization mechanism modifications for impactful research goals.

Project's Mission

Enhancing Energy Efficiency in Soft Magnetic Materials: Novel Insights into Magnetization Processes

Detailed Magnetic Characterization

In-depth study of magnetization behavior in soft magnetic materials. Design of unconventional characterization techniques.

Modeling Energy Dissipation Dynamics

Understanding magnetization and energy dissipation under both the conventional and unconventional excitation conditions.

Empirical Guidance

Providing insights for targeted modifications in magnetization mechanisms.

Recovery & Resilience Plan for Slovakia funded by the NextGenerationEU

The goal is to support outstanding researchers across all R&D sectors, attract top foreign talent, and prevent the brain drain of leading domestic researchers. This program aims to enhance the capabilities of excellent researchers in Slovakia, boost the attractiveness and internationalization of the Slovak research environment, and foster collaboration with international research communities.

Empowering Energy Efficiency Innovations

ENERGISE delves deep into fundamental magnetics, exploring energy conversion efficiency solutions. By unraveling the complexities of soft magnetic materials behavior, from traditional electrical steels to cutting-edge composites, we pave the way for tailored advancements. Our focus on real-world magnetic dynamics sets us apart, offering invaluable insights beyond standard catalog data. With a commitment to precise material science enhancements, we drive targeted modifications in magnetization mechanisms, inspiring breakthroughs in energy conversion technology.

Get In Touch

Reach out to us for inquiries and collaborations in energy conversion efficiency and materials research.

Institute of Physics, Faculty of Science, P. J. Šafárik University, Park Angelinum 9, 04154 Košice, Slovakia

samuel.dobak@energise-project.tech