I received my bachelor and master’s degree in Physics in 2010 and 2013 respectively, with focus on Optics and Photonics. During my bachelor and graduate studies, I had a great opportunity to take a full range of analytical and experimental courses with an outstanding GPA.
After graduation, I joined University of Victoria, BC, put my theoretical learning into action and advanced my technical and soft skills and published an IEEE paper with my colleagues. Later, I was accepted as a PhD student in Nanophotonics Device Laboratory at which I started to work as a Graduate Research Assistant. So far, I have completed several projects including Mie-scattering noncasualty in photonic lattices and I have published a conference paper and have a paper under review. Currently, I am working in Optical force in metamaterials. I have been trained on Scanning Electron Microscope, Atomic Force Microscope, Focused Ion Beam, Evaporation system and going to work on experimental project. I am also designing structures with simulation softwares including RSoft and Lumerical.
I am a president of OSA student chapter at UT Arlington. I have been nominated for SPIE women in photonics for 2021.
After graduation, I joined University of Victoria, BC, put my theoretical learning into action and advanced my technical and soft skills and published an IEEE paper with my colleagues. Later, I was accepted as a PhD student in Nanophotonics Device Laboratory at which I started to work as a Graduate Research Assistant. So far, I have completed several projects including Mie-scattering noncasualty in photonic lattices and I have published a conference paper and have a paper under review. Currently, I am working in Optical force in metamaterials. I have been trained on Scanning Electron Microscope, Atomic Force Microscope, Focused Ion Beam, Evaporation system and going to work on experimental project. I am also designing structures with simulation softwares including RSoft and Lumerical.
I am a president of OSA student chapter at UT Arlington. I have been nominated for SPIE women in photonics for 2021.
Perfect reflection by dielectric subwavelength particle arrays: causes, implications, and technology
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