Abdollahramezani’s research is in the area of dynamically reconfigurable metaphotonic devices and systems. This work is focused on the realization of a new class of reconfigurable artificial photonic structures called metasurfaces with the ability to dynamically manipulate an optical wavefront with unprecedented resolutions and speeds. The minimum controllable pixel size in these metasurfaces and the level of control over the properties of the optical wavefront in the spatial, spectral, and temporal domains make them the unchallenged choice for realization of novel optical imaging, computing, and sensing systems.

This level of control over such a small size is enabled by using a hybrid material platform composed of low-loss dielectrics and phase-change materials. Through careful design and optimal fabrication processes, this work promises new frontiers in using dynamically reconfigurable metaphotonic devices and systems for several practical applications that require dynamic shaping of an optical wavefront, including imaging, spectroscopy, computing, and augmented reality.

Abdollahramezani came to Georgia Tech as a Ph.D. student in August 2016 and joined the Photonics Research Group as a graduate research assistant in September 2017. He received his bachelor’s and master’s degrees in electrical and computer engineering from Isfahan University of Technology and Sharif University of Technology in 2013 and 2015, respectively.

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