Inverse Design Techniques for Engineered Materials (Prof. Douglas H. WERNER)

Inverse Design Techniques for Engineered Materials (Prof. Douglas H. WERNER)

Engineered Materials (EnMats) allow advanced device functionalities to be achieved that are not possible in currently available RF and optical systems composed of conventional materials and designed with traditional methodologies. Efficient EnMat-enabled system design requires advanced optimization tools which transcend the current capabilities and limitations of commercially available software packages. These EnMat-enabled devices typically feature […]

Application of Metamaterial Concepts to Sensors and Chipless RFID (Prof. Ferran MARTIN)

Application of Metamaterial Concepts to Sensors and Chipless RFID (Prof. Ferran MARTIN)

In this talk, several strategies for the implementation of microwave sensors based on the use of metamaterial-inspired resonators are pointed out, and examples of applications, including sensors for dielectric characterization and sensors for the measurement of spatial variables, are provided. It will be also shown that novel microwave encoders for chipless RFID systems with very […]