Prof. Itzhak Orion
Monte Carlo simulations for gamma, x-rays, electrons, and neutrons
Synchrotron radiation for medical applications
DNA damage by radiation, and Auger Electron Therapy
Gamma rays detectors
Environmental radiation
Prof. Erez Gilad
Nuclear reactor physics
Neutron transport theory
In-core fuel management using genetic algorithms
Safety analysis of nuclear reactors
Experimental core physics
Dr. Lior Arazi
Development of a revolutionary method for the treatment of solid cancerous tumors using alpha radiation
Partnership in the NEXT experiment to search for neutrinoless double beta decay in xenon-136
Partnership in the DARWIN collaboration to design a future experiment for the search for dark matter using liquid xenon
Development of gas detectors and gamma and neutron detectors for basic experiments in particle nuclear physics
Prof. Emeritus Alexander Galperin
Nuclear power reactors
Fuel cycle and core design
Advanced and non-proliferative fuel cycles
Application of artificial intelligence methods in nuclear engineering
Prof. Emeritus Yigal Ronen
Theory of nuclear reactors
Transport theory
Advanced concepts of nuclear reactors
Prof. Emeritus Isaac Jacob
Metallic compounds
Hydrides and hydrogen storage applications
Prof. (Retired) Brenda Laster
Preventing the immortality of cancerous cells by enhancing the radiation dose to tumors and inhibiting the activation of the Telomerase enzyme
Evaluating the biological efficacy of ingesting low, non-toxic concentrations of Hydrogen Peroxide (H2O2) to control the immune system’s response to reactive oxygen species (ROS)
Exploring the influence of dietary proteins in cancer development
Radio-biology
