Magnetic functional materials have always been at the forefront of materials science research due to their unique physical/chemical properties and broad application prospects. Current domestic and foreign researches mainly focus on metal permanent magnetic materials, magnetic refrigerant materials, metal soft magnetic materials, ferrite materials, magnetic phase transition materials, magnetostrictive materials, magnetic nanomaterials, magneto-optical materials, spintronic materials, multiferroic materials, two-dimensional magnetic materials, topological magnetic materials, magnetic quantum materials, and other advanced magnetic functional materials. The goal is to realize advanced magnetic functional materials with unique magnetic, optical, electrical, and thermal effects through new material development, micro-nano structure adjustment, composite material design, interface adjustment, and other methods, and to promote the research and application of advanced magnetic functional materials. This session aims to combine the hotspots and difficult issues in this research field, conduct extensive academic discussions on the current research status and development trends of advanced magnetic functional materials, exchange the latest scientific research progress, and jointly promote the development of related research in the field of advanced magnetic functional materials.