Waves, MEMS and bio-electromagnetics

这项研究的目的是开发新的器件以及设计新器件的理论和数值方法。这些设备将在亚微米、微观和宏观尺度上使用，并将用于通信等传统技术领域，但也将用于医学和生物领域。将建造令人兴奋的新传感器。例如，该计划的主要推动力之一是开发微型核磁共振(核磁共振)光谱仪。这种器件本质上是一种芯片上的核磁共振，它在一个微芯片中集成了MEMS、CMOS、微流体和直流磁电路，并且需要定制封装技术，因此对微技术提出了终极挑战。该提案还将侧重于在射频集成电路和天线中进一步使用MEMS器件。

The proposed research aims at the development of new devices and the theoretical and numerical methods to design them. The devices will be in sub-micron, micro and macro scales, and will be used in traditional areas of technology such as communications, but also in medicine and biology. Exciting new sensors will be constructed. For example, one of the main thrusts of the program in the development of a micro scale Nuclear Magnetic Resonance (NMR) spectrometer. Essentially a NMR on a chip, this device presents ultimate challenges in micro technology, as it integrates, in one micro chip, MEMS, CMOS, microfluidics as well as DC magnetic circuitry, and requires custom packaging technology. The proposal will also focus on further use of MEMS devices in radio frequency integrated circuits and antennas.