Robert Robson

Robert Robson (full name Robert E. Robson) is a faculty member at James Cook University, specializing in the kinetic theory and transport phenomena of charged particles in gases and condensed matter. His work bridges experimental physics, mathematical modeling, and plasma science, with a focus on electron swarms, positron dynamics, and fluid modeling techniques.

• Core Research Areas: Charged particle transport in crossed electric/magnetic fields, fluid modeling of plasmas, and applications to PET imaging and radiation damage.
• Key Contributions: Development of advanced kinetic and fluid models for non-equilibrium systems, reanalysis of historical experiments like Franck-Hertz, and benchmark studies for transport coefficients in complex media.

Publications span from 2000 to 2024, emphasizing electron transport in gases, positron kinetics, and Maxwell’s equations in modern contexts. His collaborations with researchers such as Ronald White, Malte Hildebrandt, and Zoran Petrović highlight interdisciplinary work in atomic physics and biomedical applications.