Nuclear physics. Nucleon structure, symmetries of strong interaction, few nucleon systems.
Medical physics, interactions of protons with matter, dose distributions for proton beams, proton radiation therapy. Radiation effects. Radiation induced effects in semiconductor and other devices. Simulation of space and nuclear weapons radiation damage. Accelerator physics. Design of accelerators for fundamental research and medical applications.
Nuclear Physics (Experimental)
Nuclear physics. Nucleon structure, symmetries of strong interaction, few nucleon systems.
Medical physics, interactions of protons with matter, dose distributions for proton beams, proton radiation therapy. Radiation effects. Radiation induced effects in semiconductor and other devices. Simulation of space and nuclear weapons radiation damage. Accelerator physics. Design of accelerators for fundamental research and medical applications.
Accelerator Physics, Medical Physics, Nuclear Physics
