Research Fields - Physical Electronics
| Researcher | Website/ Laboratory Site |
Research Topics |
|---|---|---|
| Prof. Amir Boag | Website | |
| Prof. Reuven (Raymond) Boxman (Emeritus) | Website | |
| Prof. Pavel Ginzburg | Website | Biophotonics, Metamaterials, Optical Forces, Fluorescent Materials, Nanolasers Radiophysics, Automotive radars, Drone monitoring, Radar deception, Antennas, RFID, IoT |
| Prof. Eli Jerby | Website | Localized microwave-heating (LMH) theory and phenomena, thermal-runaway instabilities; plasma ejection by LMH, fireballs and plasmoids, dusty plasma and nano-powder production; 3D-printing of metal parts by LMH; drilling and cutting by LMH (the “microwave drill”); LMH of basalt (lava and ball-lightning ejection by “miniature volcanoes”); metal-powder combustion by LMH, thermite interactions in air and underwater (the bubble-marble effect); microwave generation (by solid-state and vacuum electronics). |
| Prof. Ehud Heyman | Website | |
| Dr. Yakir Hadad | Website | Electrodynamics and wave theory, analytical methods, artificial materials with applications in RF and optics, hybrid-physics waves in complex structures, nonlinear dynamics, plasmonics and nanophotonics |
| Prof. Shimshon Frankenthal (Emeritus) | Plasma, magneto-hydrodynamics, radiation transfer and particles, spreading in random medium, underwater acoustics | |
| Prof. Raphael Kastner (Emeritus) | Website | Time and frequency domain methods in electromagnetics, absorbing boundary conditions, antenna and array design, antenna theory, meta-surfaces |
| Prof. Ben Zion Steinberg | Website | Theoretical Electromagnetics, analytical and numerical methods, propagation and scattering in complex media, nano-structures and crystals |
| Prof. Eran Socher | Website | RFIC, mm-wave and THz CMOS, high speed communication, mm-wave and THz imaging and sensing, RF-interconnect, nano-scale CMOS circuit design |
| Dr. Itai Epstein | Website |
Two-dimensional materials, light-matter interaction at atomic scales, light interaction with phonons plasmons and excitons, van der Waals heterostructures, optoelectronic devices at atomic scales, photonics, surface plasmons, infrared optical devices. |
| Prof. Avraham Gover | Website | Quantum Electronics, Electron interaction with light and matter, Free electron lasers (FEL), THz Radiation, Electron Beam Physics, Electromagnetism |
