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Implementation and Applications of Advanced Electromagnetic Surfaces
November 11 @ 4:30 pm - 6:00 pm
Talk Title: Implementation and Applications of Advanced Electromagnetic Surfaces
Abstract:
Advanced electromagnetic surfaces (AESs) comprise a spectrum of artificially engineered surfaces for manipulating the temporal and/or spatial dispersion of electromagnetic waves, and include structures such as reflectarrays, transmitarrays, frequency selective surfaces, polarizers, and most recently, electromagnetic metasurfaces. This talk will introduce how AESs are designed and characterized at a high level, and discuss ways in which their capabilities can be harnessed for various telecommunication and sensing applications in the microwave and mm-wave range. A selection of AES designs will be presented, including experimental demonstrators of frequency-selective surfaces, multi-band polarizers, and beam-forming surfaces in the form of reflectarrays and other multifunction apertures for aerospace applications. Reconfigurable surfaces and their capabilities will also be highlighted, with particular emphasis on possible applications in in satellite missions, as reconfigurable intelligent surfaces, and radio <a href="http://astronomy.
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Date & Time: Tuesday, November 11, 2025, at 4:30 PM
Location: University of Waterloo, EIT 3142
Speaker: Prof. Sean Hum, University of Toronto
Organizers
– IEEE KW AP-S Student Branch Chapter
–
IEEE KW MTT-S Student Branch Chapter
Co-sponsored by: Professor Raafat Mansour
Speaker(s): , Sean Hum
Bldg: EIT-3142, University of Waterloo, Waterloo, Ontario, Canada