Electromagnetics, Optics, and Remote Sensing

Research in electromagnetics involves the creation, transmission, and recognition of electromagnetic energy. Traditionally considered a subdiscipline of electromagnetics, optics harnesses the properties of light to perform a variety of actions. Remote sensing uses electromagnetics to collect data about distant activities and has many applications, including predicting weather.

Current research projects in these areas include: development of fast algorithms and high-order numerical methods in computational electromagnetics; development of numerical techniques for multiscale and multiphysics modeling that can be used to study electromagnetic phenomena and improve system performance; reconfigurable antennas that can be used in multifunctional, cognitive, and sensing systems; and remote sensing of the atmosphere to analyze and predict performance problems with GPS and other communication systems. 

Research topics in the discipline include:

Topic  
Antennas for communication and wireless sensing
Atmospheric and ionospheric measurements
Atmospheric and ionospheric theory
Atmospheric waves
Coherent optics/imaging
Electromagnetic compatibility
Electromagnetic theory
Electronic packaging
High-frequency circuits
Lasers and optical physics
Microcavity lasers and nanophotonics
Microwave devices and circuits
Millimeter wave integrated circuits
Modeling and simulation of laser systems
Photonic chrystals
Radar and LIDAR
Radar scattering
Radio and optical wave propagation
Ultrafast laser spectroscopy
Ultraviolet photophysics
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