My academic work focused around the electrodynamics of
rotating media, photonic crystals and optical gyroscopes. The greatest
achievements of my research included the development of novel theoretical and
numerical methods enabling a complete solution of Maxwell’s equations in
rotating medium, and using those methods to prove via numerical simulation, the
ability to construct ultra-compact optical gyroscopes with photonic crystals.
The work was made under the guidance of Professor B. Z. Steinberg of
Two Dimensional Greens Function Theory for the Electrodynamics of Rotating Medium (2006) 0.4MB – Published in Physical Review E
Detailed Numerical and Analytical Study of the Rotating Photonic Crystal Optical Gyroscope (2007) 0.6MB – Submitted for publication in Journal of Optical Society of America (B)
Theoretical and Numerical Analysis of Rotating Photonic Crystals and the Photonic Crystal Optical Gyroscope (2006) 1.5MB – My MSc Thesis
On the Electrodynamics of Rotating Crystals, Micro-Cavities and Slow Light Structures: From Asymptotic Theories to Exact Green’s Function based Solutions (2007) 0.4MbB - International Conference on Electromagnetics in Advanced Applications (ICEAA-07)
Sagnac
Effect in Rotating Photonic Crystal Micro-Cavities and Compact Optical
Gyroscopes (2005) 0.2Mb – The optical society of
Optical Gyroscopes (2005) 0.2MB – White Paper
The square loop antenna (2001) 1MB - Used in over a million products throughout the world, mainly in wireless game controllers for game consuls. Invented in 2001 during my work in RFWaves. The patent deals with a general method to design miniature antennas, and specifically with the square loop antenna. The novelty is in the combination of low cost, high performance and integrated filtering.
Dual bandwidth TDOA system (2007) - pending
Improved room separation in WLAN based RTLS (2007) – pending
My home PhotoVoltaic System (2008) 0.8MB – Description and simulation of my private photovoltaic system for clean electricity production in my home
Indoor wave propagation (2001) 0.4MB – White paper on the nature of indoor radio wave propagation discussing the physical effects that determine the operating distance of wireless systems in an outdoor environment.
Wireless
product design Seminar - Taiwan (2003) 9.7MB (Please right click and save this file before opening)
In 2003 I had organized and
conducted a one-week seminar in
CV in English ; CV in Hebrew (2008)