Advances in Terahertz and Microwave Electromagnetic Manipulation

Dear Colleagues,

In the era of electromagnetic technological innovation, remarkable advances are being made in terahertz and microwave electromagnetic manipulation. High-performance antenna technologies are continuously improving due to optimized structural designs and the selection of advanced materials, significantly enhancing signal radiation efficiency and directional transmission capabilities and laying the foundation for high-speed communications and radar detection. Metamaterials, with their unique artificial microstructures, enable the flexible manipulation of electromagnetic waves in terahertz and microwave bands, demonstrating considerable potential for applications ranging from stealth coatings to electromagnetic focusing lenses. Electromagnetic compatibility technologies address interference issues in complex electromagnetic environments, ensuring stable device operation through intelligent algorithms and circuit optimization. Concurrently, electromagnetic protection technologies are continuously being upgraded, with new shielding materials and protective devices effectively defending against the threats posed by strong electromagnetic pulses to safeguard electronic systems. These technologies enable synergistic integration and innovation, driving the advancement of terahertz and microwave electromagnetic manipulation for use in 5G communications, aerospace, biomedicine, and beyond.

Through interdisciplinary collaboration, we aim to explore novel concepts and technologies in terahertz and microwave electromagnetic manipulation, as well as their underlying scientific principles and broad application potential. We welcome original research papers and review articles, with research areas including, but not limited to, the following:

• Minimized/wideband antennae;
• Tunable metamaterials;
• EIT/Fano effects and their applications;
• Absorption and modulation approaches;
• Electromagnetic compatibility;
• Electromagnetic environment effects;
• Responses of materials or devices under high-intensity fields;
• Measurement technology.

Dr. Chenxi Liu
Dr. Jinjing Ren
Dr. Pei Xiao
Guest Editors

Manuscript Submission Information

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