PhD student Amit Shaham has won the 1st place in the 2024 Technion ECE Research Day graduate student poster competition for his work on omnidirectionally transparent generalized Huygens’ metasurfaces. This adds to the recent award for the paper Amit Shaham and Ariel Epstein, “Rigorous Susceptibility-Based Design of Generalized Huygens’ Metasurface Radomes”, selected as the Best Electromagnetic Paper in the recent EuCAP2024 conducted in Glasgow on March 2024.
Congratulations again, Amit!
Ph.D. candidate Amit Shaham received the Best Electromagnetics Paper Award in EuCAP 2024 that took place in Glasgow last week, for our paper
Amit Shaham and Ariel Epstein, “Rigorous Susceptibility-Based Design of Generalized Huygens’ Metasurface Radomes”
Congratulations!
Fengming Hu, a Master’s student, has passed his MSc exam on January 14th, 2024.
Congratulations, Fengming, and good luck in your PhD studies!
Yaniv Kerzhner, a Master’s student, has passed his MSc exam on December 18th, 2023.
Congratulations, Yaniv!
Vitali Specktor and Eli Inzelbuh joined as M.Sc. students to the group 🙂
Welcome, Vitali and Eli, and good luck!
M.Sc. student Oz Diker won the 3rd prize in the Best Student Paper Award of iWAT2023 (Aalborg, Denmark, May 2023), with his paper “Low-Cost Metagratings for Efficient Anomalous Reflection”. Way to go,Oz!
M. Sc. student Sharon Elad was selected as a finalist in the 2023 EuCAP Student Paper Competition for his paper “Anisotropic Metagratings for Simultaneous Polarization Conversion and Anomalous Reflection”. Way to go, Sharon!
Yarden Yashno, a Master’s student, has passed her MSc exam on March 20th, 2023.
Way to go, Yarden! Congratulations!
Ph.D. student Amit Shaham was awarded with the IEEE Antennas and Propagation Society Fellowship (APSF) for the year 2022, for his doctoral research theme and achievements. Congratulations, Amit!
Our paper on multimodal anti-reflection coatings, written by Dr. Sherman Marcus in collaboration with Dr. Vinay Killamsetty, Yarden Yashno and Ariel Epstein, has been published in the Physical Review B. The work demonstrates, theoretically and experimentally, that a combination of judiciously designed dielectric slabs can affect dramatically the reflection properties of a given arbitrary grating. In the paper, a rigorous analytical model is utilized to realize perfect anomalous reflection out of various types of such gratings, showcasing the versatility of this simple solution, readily applicable also in a wide range of wave-based physical phenomena.