Advanced Electromagnetic Wave Technologies

This cluster encompasses research involving plasmonics and nanostructures, focusing on their applications in manipulating light at the nanoscale. Insights into the optical properties of metal nanoparticles are significant for various innovative applications.

68841 papers

This area covers the development and application of advanced metamaterials with unique electromagnetic properties. It includes research on matching layers and metamaterials with negative permittivity and permeability.

44058 papers

This cluster explores the use of metasurfaces in various photonic applications, offering principles like electromagnetically induced transparency. It involves the design and fabrication of advanced photonic devices facilitated by these structures.

37022 papers

Research here focuses on integrating microwave technologies with photonics to enhance signal processing and communication capabilities. It covers various methods that combine these two fields for improved performance.

22259 papers

This area of research focuses on the integration of waveguide technologies with antenna systems, exploring designs that enhance performance and compatibility in integrated optics. Key studies address the synergies between circuits and antenna designs.

21386 papers

This cluster specifically addresses research and advancements in millimeter-wave technologies applied to 5G mobile communications. It explores transmission techniques, MIMO systems, and signal processing to enhance mobile networks.

12818 papers

This cluster is dedicated to the solutions and methodologies in the design of integrated circuits for millimeter-wave applications. It encompasses innovative designs and techniques for efficient integration of components.

9846 papers

This cluster focuses on technologies and applications for harvesting energy from waves, including both ocean and radio wave energy transmission. It encompasses techniques for power conversion and transmission efficiency over various distances.

9176 papers

This research cluster focuses on the characterization of materials used in microwave and terahertz applications. It explores various methods to extract material parameters for advanced electronic devices.

7835 papers

Research in this cluster pertains to advancements in optical waveguides and metamaterial technologies. It includes developments in loss reduction techniques and the creation of new types of waveguides for improved optical performance.

5040 papers

This cluster focuses on the design and fabrication techniques for millimeter-wave antennas and devices. Research includes the exploration of novel materials and manufacturing processes for improved efficiency.

3634 papers

Research in this cluster focuses on the development of metasurfaces that can be controlled through software, facilitating greater flexibility in communication technologies. It aims to address challenges in wireless communications.

3489 papers

The focus of this cluster is on dielectric metasurfaces designed for cloaking applications. Research involves creating invisibility cloaks and thermal cloaks using layered dielectric structures.

3389 papers

This research cluster is centered on the advancements in substrate integrated waveguide technology. Studies focus on enhancing performance through innovative antenna designs and circuit techniques for millimeter-wave applications.

2678 papers

This cluster centers on the integration of millimeter-wave devices using advanced packaging technologies. It includes methods for highly integrated passive and active components, enabling better performance in harsh environments.

1496 papers

This area investigates the innovation of intelligent, reconfigurable networks utilizing millimeter-wave technology. It covers the integration of smart antennas to enhance wireless communication networks.

651 papers