Moshe Einat is a Full Professor at Ariel University, Department of Electrical and Electronics Engineering. He has many years of experience in the field of high-power electromagnetics, covering both source development and practical applications. He heads a research group at the university focused on the development of high-power electromagnetic radiation sources, primarily gyrotrons, their applications, high-power voltage and current power supplies required to operate these sources, as well as innovative high-power magnetic propulsion mechanisms based on intense current pulses reaching the mega-ampere range.
The laboratory’s activities include theoretical developments, numerical simulations, and experimental work involving high-power radiation sources, applied experiments with electromagnetic radiation, radiation–matter interaction studies, and the development of auxiliary experimental systems.
In recent years, the research group has been developing an electromagnetic millimeter-wave–based drilling capability, enabling deep drilling through hard rock formations. Based on this technology, an initiative is being established, in cooperation with the Ministry of Energy, aimed at geothermal energy extraction from deep underground formations.