Functional Electromagnetic Signatures from Complex Surface Systems and Indoor Scenarios (M03)

项目M03的总体目标是(I)提供一个全面的理论框架，用于分析现实室内场景中复杂的(次)地表系统的超宽带电磁(EM)特征，以及(Ii)进一步将这一分析扩展到针对毫米波/太赫兹范围内定制的EM响应的地表系统的功能化。分析依赖于分层组织的多尺度计算EM模型，这些模型通过使用聚合物和/或陶瓷(超材料)表面的3D打印以及离子液体和/或液态金属微流体在可重新配置的测试样本上进行验证。

The overall objective of project M03 is (i) to provide a comprehensive theoretical framework for the analysis of ultra-broadband electromagnetic (EM) signatures from complex, (sub-) surface systems in realistic in-room scenarios, and (ii) to further extend this analysis towards the functionalization of surface systems with respect to tailored EM responses in the mm-wave/THz range. The analysis relies on hierarchically organized multiscale computational EM models, which are validated along reconfigurable test samples using 3D printing of polymer and/or ceramic (metamaterial) surfaces in conjunction with ionic liquid and/or liquid metal microfluidics.