About this Research Topic
With the widespread presence of modern wireless devices, the surge in digital content consumption, and the increasing use of non-invasive imaging for medical applications, coupled with the rapid growth of multimedia services, there is a growing need for diverse and sustainable antennas. These antennas must not only handle high data rates but also seamlessly integrate into wireless communication systems, indoor/outdoor environments, and in/on-body applications, while being fabricated using eco-friendly, sustainable materials.
Antenna designs based on soft materials meet the requirements of being flexible, lightweight, and potentially sustainable. However, several challenges arise, such as resonant frequency shifting, impedance mismatches, and variations in radiated power and directionality. These factors must be addressed to ensure optimal performance in various applications.
This Research Topic aims to gather research articles that focuses on enhancing the efficiency of antennas through the integration of flexible materials and advanced printing techniques.
This Research Topic invites contributions that explore novel antenna designs and models, particularly those that leverage flexible materials, which offer greater versatility in terms of form factor and integration. The edition will highlight advancements in fabrication techniques for antennas suitable for a wide range of environments, from indoor and outdoor settings to more complex in/on-body applications. We encourage submissions that discuss new approaches in fabricating antennas using flexible substrates or additive manufacturing methods, with an emphasis on overcoming the technical challenges associated with performance, durability, and integration. We invite articles on innovation in wearable technologies, bioelectronics, and health monitoring systems. Additionally, contributions addressing the latest findings in material properties relevant to flexible antennas and advanced methodologies for designing flexible or reconfigurable antennas are highly encouraged.
Antenna designs based on soft materials meet the requirements of being flexible, lightweight, and potentially sustainable. However, several challenges arise, such as resonant frequency shifting, impedance mismatches, and variations in radiated power and directionality. These factors must be addressed to ensure optimal performance in various applications.
This Research Topic aims to gather research articles that focuses on enhancing the efficiency of antennas through the integration of flexible materials and advanced printing techniques.
This Research Topic invites contributions that explore novel antenna designs and models, particularly those that leverage flexible materials, which offer greater versatility in terms of form factor and integration. The edition will highlight advancements in fabrication techniques for antennas suitable for a wide range of environments, from indoor and outdoor settings to more complex in/on-body applications. We encourage submissions that discuss new approaches in fabricating antennas using flexible substrates or additive manufacturing methods, with an emphasis on overcoming the technical challenges associated with performance, durability, and integration. We invite articles on innovation in wearable technologies, bioelectronics, and health monitoring systems. Additionally, contributions addressing the latest findings in material properties relevant to flexible antennas and advanced methodologies for designing flexible or reconfigurable antennas are highly encouraged.
Keywords: Advanced manufacturing, Antenna design, Flexible antennas, Wearables, Beyond 5G (B5G), Smart materials
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
