Master degree in Physics, Università di Torino, Italy.
Experimental and numerical based estimates of "apparent diffusivity" of particles and fluid parcels crossing the turbulent/non-turbulent interfaces with density jumps.
Parameterisation and a model of the spreading rate and "apparent diffusivity" constants as a function of density jump, and particle-related parameters (Reynolds, Stokes).
After having learnt physics fundamentals during the Bachelor's degree program, I decided to attend the Master's degree program in Physics with a geophysics outline. Among the courses available in this academic program, my interest was oriented on atmosphere dynamic topics. Hence my prociency area is related mainly to atmospheric physics within the PBL: meteorological processes, turbulence and dispersion phenomena, geophysics numerical modeling.