Content

The electromagnetic wave is an important carrier in modern information and communication technologies, which leads to the increasing electromagnetic interference and safety issues. A key to solve above issues is the development of high-performance electromagnetic wave shields and absorbers that can attenuate the adverse electromagnetic waves. Recent progress in this field emphasizes the structure designing of advanced composites, mechanism research, as well as digitization and multifunctionality. This underscores the growing demand for innovative materials that not only exhibit exceptional electromagnetic wave shielding or absorption capabilities but also integrate intelligence and multifunctional properties. Advanced composites and metamaterials with precisely engineered electromagnetic characteristics are shaping the future of next-generation absorption technologies.

Topics covered include, but are not limited to:

(1) Advanced Materials: metals-based materials, metals oxide materials, carbon-based materials, polymer-based materials, 2D materials, and composites.

(2) Mechanisms: magnetic loss, dielectric loss, conduction loss, and magnetic-electric synergy.

(3) Technologies: nanotech, atomic fabrication, structure designing, and metamaterials.

(4) Applications: defense systems, high operation temperature, electro devices, and biological protection.

(5) Emerging trends: digitization and multifunctionality.

Submission deadline

30 June 2025