I’m a PhD student in Electrical engineering. My research focus on understanding the effects of boundaries which lead to the formation of high-quality factor resonance in finite-size dielectric metasurface. I have performed theoretical studies and computational studies using electromagnetic full wave simulations to understand the nature of the complex resonance response from the fragmented metasurface. The high-quality factors enabled by the finite metasurface are beneficial for enhanced light matter interactions that are important for sensing, lasing, wave-guiding, filtering and imaging applications. I also had the opportunity to instruct labs as a graduate teaching assistant for many semesters, which helped me develop my teaching skills.
I sincerely thank the Graduate school and the Graduate Dean Advisory Panel for this fellowship. I’m grateful to my advisor Dr. Elena Semouchkina for her guidance and support.