Wolfgang A. Vitale

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The modulated scattering technique is based on the use of reconfigurable electromagnetic scatterers, structures able to scatter and modulate an impinging electromagnetic field in function of a control signal. The modulated scattering technique is used in a wide range of frequencies up to millimeter waves for various applications, such as field mapping of(More)
This paper presents the optimization design of 3D integrated inductors exploiting through silicon vias (TSV) technology to improve the quality (Q) factor in the 2-20 GHz range. The embedded inductor allows the heterogeneous integration with CMOS and MEMS components in a size-compact and low-cost manufacturing process. Results limited to our manufacturing(More)
We describe the current status of our research on reflectarray antennas operating at terahertz frequencies. We present preliminary measurements of a fixed beam reflectarray operating at 1 THz fabricated on silicon and characterized with a THz time domain system. Secondly, we study theoretically the applicability of novel reconfigurable materials, namely(More)
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