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. Description: The research is anticipated to involve using thermal modeling and infrared observations from the Diviner Lunar Radiometer Experiment to investigate the physical properties of geologic landforms and
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three-dimensional canopy structure derived from GEDI, thermal and evapotranspiration information from ECOSTRESS, spectral indicators from optical satellite observations, and complementary information
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the reconstruction of thermal gradients produced under a range of laser exposure conditions, the relationship between changes in temperature and membrane potential, excitation versus inhibition as a function of
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THz interferometry in space. Both NbN and MgB2 based HEBs are of interest. The new topic of the research in the device physics is an exploration of the negative electro-thermal feedback mechanism
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gallium nitride MEMS technology. In this specific project the postdoc will help with developing a thermal infrared imaging micro-instruments working at 500C using GaN based acoustic and micromechanical