∠ Development of a new code to simulate neutral gas in Tokamaks and its interactions with plasma, with the help of advanced numerical methods.∠ Coupling of the developed fluid code with a pre-existent kinetic Monte Carlo code to synergize speed of fluid with precision of kinetic descriptions, while also reducing statistical errors.∠ Simulation of Tokamaks both existing and still in phase of construction/design.∠ Participation in experimental and modeling campaigns for existing… Show more ∠ Development of a new code to simulate neutral gas in Tokamaks and its interactions with plasma, with the help of advanced numerical methods.∠ Coupling of the developed fluid code with a pre-existent kinetic Monte Carlo code to synergize speed of fluid with precision of kinetic descriptions, while also reducing statistical errors.∠ Simulation of Tokamaks both existing and still in phase of construction/design.∠ Participation in experimental and modeling campaigns for existing devices. Show less

Study of ionization and recombination balance of impurities in tokamaks, taking into account the effect of cross-field transport and turbulence.

Simulation of the Plasma Focus device PFMA-3 with the software COMSOL Multiphysics, analysis of the effects of the magnetic field on the electron beam produced by the device.